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Page 1: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Mott MacDonald | Velindre Cancer Centre 7 Preliminary Contaminated Land Risk Assessment

364561 | ES08 | B | 14 February 2017 C:\Users\phi36064\AppData\Roaming\OpenText\OTEdit\EC_EUNAPiMS\c2103070946\364561 Preliminary Risk Assessment ECP Approved.docx

B. Factual Ground Investigation Report

(ESG, 2016)

Page 2: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

VELINDRE CANCER HOSPITAL, CARDIFF

FACTUAL REPORT ON GROUND INVESTIGATION

Report No H6108-16

January 2017

Carried out for: Velindre NHS Trust Velindre NHS Trust Headquarters Unit 2 Charnwood Court Heol Billingsley Parc Nantgarw Cardiff CF15 7QZ

Engineer: Mott MacDonald Ltd Fitzalan House Fitzalan Road Cardiff CF24 0EL

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www.esg.co.uk ESG Limited

Reg office: ESG House, Bretby Business Park, Ashby Road, Burton upon Trent, DE15 0YZ Incorporated in England: 02880501

Report No H6108-16 January 2017

Issue No

Date Status Prepared by Checked by Approved by

1

Draft report

NAME and QUALIFICATIONS NAME and QUALIFICATIONS NAME and QUALIFICATIONS Adam Putt

BSc (Hons) FGS

Lynne Llewellyn

BSc (Hons) CGeol FGS

Lynne Llewellyn

BSc (Hons) CGeol FGS

December 2016

SIGNATURE SIGNATURE SIGNATURE

1

Final report

NAME and QUALIFICATIONS NAME and QUALIFICATIONS NAME and QUALIFICATIONS

Ellen Phillips

BSc (Hons) FGS

Adam Putt

BSc (Hons) FGS

Adam Putt

BSc (Hons) FGS

January 2017

SIGNATURE SIGNATURE SIGNATURE

NAME and QUALIFICATIONS NAME and QUALIFICATIONS NAME and QUALIFICATIONS

SIGNATURE SIGNATURE SIGNATURE

This Report has been prepared by ESG Limited (“ESGL”) with all reasonable skill and care, within the terms and conditions of the contract between ESGL and the Client (“Contract”) and within the limitations of the resources devoted to it by agreement with the Client. Any reliance upon the Report is subject to the Contract terms and conditions.

This Report is confidential between the Client and ESGL. ESGL accepts no responsibility whatsoever to third parties to whom this document, or any part thereof, is made known. Any such party relies upon the Report at their own risk. The Contracts (Rights of Third Parties) Act 1999 does not apply to this Report nor the Contract and the provisions of the said Act are hereby excluded. This Report shall not be used for engineering or contractual purposes unless signed above by the author, checker and the approver for and on behalf of ESGL and unless the Report status is ‘Final’. Unless specifically assigned or transferred within the terms and conditions of the Contract, ESGL asserts and retains all Copyright and other Intellectual Property Rights in and over the Report and its contents. The Report may not be copied or reproduced, in whole or in part, without the written authorisation from ESGL. ESGL shall not be liable for any use of the Report for any purpose other than that for which it was originally prepared. Whilst every effort has been made to ensure the accuracy of the data supplied and any analysis interpretation derived from it, the possibility exists of variations in the ground and groundwater conditions around and between the exploratory positions. No liability can be accepted for any such variations in these conditions. Furthermore, any recommendations are specific to the development as detailed in this Report and no liability will be accepted should they be used for the design of alternative schemes without prior consultant with ESGL

Unit 15, Crosby Yard, Wildmill, Bridgend,

CF31 1JZ Tel: +44 (0) 1656 646588 Email: [email protected]

ESG

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January 2017 Report No H6108-16 Issue 1 Contents

C O N T E N T S Page

1 INTRODUCTION ................................................................................................................. 1

2 SITE SETTING .................................................................................................................... 1

2.1 Location and Description ........................................................................................... 1 2.2 Published Geology ..................................................................................................... 2

3 FIELDWORK ....................................................................................................................... 2

3.1 Exploratory Holes ...................................................................................................... 2 3.2 Groundwater and Gas Monitoring .............................................................................. 3 3.3 In Situ Testing ............................................................................................................ 3

4 LABORATORY TESTING ................................................................................................... 4

4.1 Geotechnical Testing ................................................................................................. 4 4.2 Geoenvironmental Testing ......................................................................................... 4

REFERENCES ............................................................................................................................... 5

APPENDIX A FIGURES AND DRAWINGS

APPENDIX B EXPLORATORY HOLE RECORDS

APPENDIX C INSTRUMENTATION AND MONITORING

APPENDIX D IN SITU TESTING

APPENDIX E GEOTECHNICAL LABORATORY TEST RESULTS

APPENDIX F GEOENVIRONMENTAL LABORATORY TEST RESULTS

APPENDIX G PHOTOGRAPHS

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January 2017 Report No H6108-16 Issue 1 Page 1 of 4

1 INTRODUCTION

In August 2016 ESG was commissioned by Mott MacDonald (MM), on behalf of Velindre NHS

Trust, to carry out a ground investigation at a site to the north of Whitchurch Hospital, Cardiff. The

investigation was required to obtain geotechnical and geoenvironmental information for a proposed

new cancer hospital.

The scope of the investigation was specified by MM and comprised cable percussion boreholes,

dynamically sampled with rotary follow on coring boreholes, sonic boreholes, machine excavated

trial pits, in situ testing and laboratory testing. The investigation was performed in accordance with

the contract specification, and the general requirements of BS 5930 (2015), BS EN 1997-2 (2007),

BS EN ISO 22475-1 (2006) and other relevant related standards identified below. The fieldwork

took place between 26 September and 27 October 2016.

This report presents the factual records of the fieldwork and laboratory testing.

2 SITE SETTING

2.1 Location and Description

The site is located approximately 6 km to the northwest of Cardiff city centre, at National Grid

reference ST 143808, see Site Location Plan in Appendix A.

The site is irregular in shape and measures approximately 4 hectares. The site dominated by an

area of flat ground in the south, which is currently meadowland. The northern part of the site is

more undulating and is vegetated with some mature trees. Along the western boundary is a narrow

strip of woodland that forms part of a slope towards the Glamorganshire Canal, this area is

designated a SSSI. A disused railway cutting runs immediately adjacent to the northern boundary

of the site and an adopted highway running in a northeast-southwest orientation dissect the area of

investigation from the site compound located immediately to the east. A single dwelling was once

present in the south west corner of the site, which was previously used as a farmstead. To the

south of the site is Whitchurch Hospital and associated infrastructure.

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January 2017 Report No H6108-16 Issue 1 Page 2 of 4

2.2 Published Geology

The published geological map for the area, BGS Sheet 263 (1986) and the BGS Geology of Britain

Viewer (2016) shows the site located on Glacial Till of Devensian age.

The solid geology is indicated to comprise Llanishen Conglomerate of Devonian age. These are

indicated to comprise interbedded sandstone and conglomerate.

3 FIELDWORK

The fieldwork was carried out in general accordance with BS 5930 (2015), BS EN 1997-2 (2007)

and BS EN ISO 22475-1 (2006).

The exploratory hole and in situ test locations were specified by MM. The exploratory holes were

set out using GPS. The co-ordinates and reduced levels were surveyed by ESG to National Grid

and Ordnance Datum. The exploratory hole and in situ test locations are shown on the Site Plan in

Appendix A.

3.1 Exploratory Holes

The exploratory holes are listed in the following table.

TABLE 1 : SUMMARY OF EXPLORATORY HOLES

TYPE QUANTITY MAXIMUM DEPTH (m)

EXPLORATORY HOLE REFERENCE

Cable Percussion Boring 17 10.00 BH01 to BH17 Dynamically Sampled with Rotary follow on Coring 4 28.00 BH01R, BH03R, BH06R and BH07R

Sonic Drilling 3 22.30 BH02S, BH04S and BH08S

Machine Excavated Trial Pit 4 4.30 SA01 to SA10 and TP03 to TP22

The exploratory hole logs are presented in Appendix B. These provide information including the

equipment and methods used, samples taken, tests carried out, water observations and

descriptions of the strata encountered. Explanation of the terms and abbreviations used on the

logs is given in the Key to Exploratory Hole Records in Appendix B, together with other

explanatory information. The logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013)

as amplified by BS 5930 (2015).

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January 2017 Report No H6108-16 Issue 1 Page 3 of 4

Photographs of the trial pits and sonic drilled core are presented in Appendix G.

On completion of the fieldwork geotechnical samples were transported to the Bridgend office of

ESG for temporary retention, with those required for testing being transferred to the ESG

laboratories. Geoenvironmental samples were transported from site directly to the laboratory at

ESG.

3.2 Groundwater and Gas Monitoring

Instrumentation installed in the exploratory holes for groundwater and gas monitoring are shown

on the logs and summarised in Appendix C. Records of monitoring carried out by ESG after the

fieldwork period are presented in Appendix C. At the time of writing this report, two rounds of

groundwater and one round of gas monitoring have been completed. It is proposed to complete

three rounds of gas and groundwater monitoring as part of this contract.

3.3 In Situ Testing

In situ testing was carried out in accordance with the relevant standards as tabulated below. The

testing is summarised in the following table and the results are presented in Appendix D unless

noted otherwise. Calibration certificates where appropriate are included with the results in the

appendix.

TABLE 2: SUMMARY OF IN SITU TESTING

TYPE QUANTITY REMARKS

Standard Penetration Test 179 BS EN ISO 22476-3 (2011). Results presented on logs in Appendix B

California Bearing Ratio 16 BS 1377 (1990)

Soakaway Testing 9 BRE Digest 365 (2007)

Variable Head Testing 9 BS 5930 (2015)

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January 2017 Report No H6108-16 Issue 1 Page 4 of 4

4 LABORATORY TESTING

4.1 Geotechnical Testing

Geotechnical laboratory testing was scheduled by MM and was carried out in accordance with

BS 1377 (1990) and BS EN ISO 17892 (2014) Part 1 unless otherwise stated. The testing is

summarised below and the results are presented in Appendix E.

Water Content Determination

Atterberg Limit Determination

Particle Size Distribution Analysis

pH, Acid and Water Soluble Sulphate and Total Sulphur Content of Soils. Test methods are

BS 1377 (1990) or others recognised in BRE Special Digest 1 (2005); they are indicated on

the results report sheets in Appendix E.

Unconsolidated Undrained Triaxial Compression Testing

California Bearing Ratio / Moisture Content Relationship

Dry Density / Moisture Content Relationship – Light Compaction

Dry Density / Moisture Content Relationship – Heavy Compaction

Soil Organic Matter

Particle Density Testing

4.2 Geoenvironmental Testing

Geoenvironmental laboratory testing was scheduled by MM on the soil samples recovered during

the fieldwork. The testing was carried out by the laboratory at Burton on Trent. The results are

presented in Appendix F.

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January 2017 Report No H6108-16 Issue 1 Page 5 of 4

REFERENCES

BGS England and Wales Sheet 263 : 1986 : Cardiff. 1:50000 geological map (solid and drift). British Geological Survey. BGS Geology of Britain Viewer : 2016. www.bgs.ac.uk. British Geological Survey. BRE Digest 365 : 2007 : Soakaway design. Building Research Establishment, Garston, Watford. BRE Special Digest 1 : 2005 : Concrete in aggressive ground. Building Research Establishment. BS 1377 : 1990 : Methods of test for soils for civil engineering purposes. British Standards Institution. BS 5930 : 2015 : Code of practice for ground investigations. British Standards Institution. BS EN 1997-2 : 2007 : Eurocode 7 - Geotechnical design - Part 2 Ground investigation and testing. British Standards Institution. BS EN ISO 14688-1:2002+A1 : 2013 : Geotechnical investigation and testing - Identification and classification of soil - Part 1 Identification and description. British Standards Institution. BS EN ISO 14688-2:2004+A1 : 2013 : Geotechnical investigation and testing - Identification and classification of soil - Part 2 Principles for a classification. British Standards Institution. BS EN ISO 17892-1 : 2014 : Geotechnical investigation and testing – Laboratory Testing of soil – Determination of water content. BS EN ISO 22475-1 : 2006 : Geotechnical investigation and testing – Sampling methods and groundwater measurements - Part 1 Technical principles for execution. British Standards Institution. BS EN ISO 22476-3:2005+A1 : 2011 : Geotechnical investigation and testing - Field testing - Part 3 Standard penetration test. British Standards Institution.

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January 2017 Report No H6108-16 Issue 1 Appendix A

APPENDIX A

FIGURES AND DRAWINGS

Site Location Plan A1 Site Plan 364561-MMD-XX-00-DR-C-0004

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Reproduced from the 1998 Ordnance Survey 1:50 000 scale Landranger map No 171 by permission of Ordnance Survey on behalf of The Controller of Her Majesty's Stationery Office, Crown copyright, Environmental Services Group Limited. All rights reserved. Licence Number 100006060

THE SITE

N

Notes: Scale 1:50 000

Project

Project No.

Carried out for

Velindre Cancer Hospital, Cardiff

H6108-16

Velindre NHS Trust

Figure

A1

Site Location Plan

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Page 13: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

January 2017 Report No H6108-16 Issue1 Appendix B

APPENDIX B

EXPLORATORY HOLE RECORDS

Key to Exploratory Hole Records Key

SPT Hammer Energy Ratio Report SPT Hammer Reference AR538, AR1046, GD1 and MJ2

Borehole Logs BH01 to BH17, BH01R, BH03R,

BH06R, BH07R, BH02S, BH04S and BH08S

Trial Pit Logs SA01 to SA10 and TP03 to TP22

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Key to Exploratory Hole Records

Notes: See report text for full references of standards

Key Project

Project No.

Carried out for

Velindre Cancer Hospital, Cardiff

H6108-16

Velindre NHS Trust Sheet 1 of 2

SAMPLES Undisturbed U UT TW P L CBR BLK CS AMAL

Driven tube sample Driven thin wall tube sample nominally 100 mm diameter and full recovery unless otherwise stated Pushed thin wall tube sample Pushed piston sample Liner sample (from Windowless or similar sampler), full recovery unless otherwise stated CBR mould sample Block sample Core sample (from rotary core) taken for laboratory testing Amalgamated sample

Disturbed D B

Small sample Bulk sample

Other W G ES EW

Water sample Gas sample Environmental chemistry samples (in more than one container where appropriate) Soil sample Water sample

Comments Sample reference numbers are assigned to every sample taken. A sample reference of 'NR' indicates that attempt was made to take a tube sample, however, there was no recovery. Monitoring samples taken after completion of hole construction are not shown on the exploratory hole logs.

TESTS SPT S or SPT C IV HV PP KFH, KRH, KPI

Standard Penetration Test, open shoe (S) or solid cone (C) The Standard Penetration Test is defined in BS EN ISO 22476-3:2005+A1:2011. The incremental blow counts are given in the Field Records column; each increment is 75 mm unless stated otherwise and any penetration under self weight in mm (SW) is noted. Where the full 300 mm test drive is achieved the total number of blows for the test drive is presented as N = ** in the Test column. Where the test drive blows reach 50 the total blow count beyond the seating drive is given (without the N = prefix). in situ Vane shear strength, peak (p) and remoulded (r) Hand vane shear strength, peak (p) and remoulded (r) Pocket penetrometer test, converted to shear strength Permeability tests (KFH = falling head, KRH = rising head; KPI = packer inflow); results provided in Field Records column (one value per stage for packer tests)

DRILLING RECORDS The mechanical indices (TCR/SCR/RQD & If) are defined in BS 5930:2015

TCR SCR RQD If

Total Core Recovery, % Solid Core Recovery, % Rock Quality Designation, % Fracture spacing, mm. Minimum, typical and maximum spacings are presented. The term non-intact (NI) is used where the core is fragmented.

Flush returns, estimated percentage with colour where relevant, are given in the Records column CRF AZCL NR

Core recovered (length in m) in the following run Assessed zone of core loss Not recovered

GROUNDWATER

Groundwater strike Groundwater level after standing period

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Key to Exploratory Hole Records

Notes: See report text for full references of standards

Key Project

Project No.

Carried out for

Velindre Cancer Hospital, Cardiff

H6108-16

Velindre NHS Trust Sheet 2 of 2

INSTALLATION Standpipe/ piezometer SP SPIE PPIE EPIE Inclinometer or Slip Indicator ICE ICM SLIP Settlement Points or Pressure Cells ESET ETM EPCE PPCE

Details of standpipe/piezometer installations are given on the Record. Legend column shows installed instrument depths including slotted pipe section or tip depth, response zone filter material type and layers of backfill. The type of instrument installed is indicated by a code in the Legend column at the depth of the response zone: Standpipe Standpipe piezometer Pneumatic piezometer Electronic piezometer The installation of vertical profiling instruments is indicated on the Record. The base of tubing is shown in the Legend column. The type of instrument installed is indicated by a code in the Legend column at the base of the tubing: Biaxial inclinometer Inclinometer tubing for use with probe Slip indicator The installation of single point instruments is indicated on the Record. The location of the measuring device is shown in the Legend column. The type of instrument installed is indicated by a code in the Legend column: Electronic settlement cell/gauge Magnetic extensometer settlement point Electronic embedment pressure cell Electronic push in pressure cell

INSTALLATION LEGENDS

A legend describing the installation is shown in the rightmost column. Legends used to describe the backfill materials as indicated below.

Arisings

Concrete

Grout

Bentonite

Sand

Gravel

Macadam

NOTES 1 2 3 4 5 6 7

Soils and rocks are described in accordance with BS EN ISO 14688-1:2002+A1:2013 and 14689-1:2003 respectively as amplified by BS 5930:2015. For fine soils, consistency determined during description is reported for those strata where undisturbed samples are available. Where the logger considers that the sample may not be representative of the condition in situ, for whatever reason, the reported consistency is given in brackets. The reliability of the sample is indicated by Probably or Possibly as appropriate. Hence (Probably firm) indicates the logger is reasonably confident of the assessment, but (Possibly firm) means less certainty. Where the samples available are too disturbed to allow a reasonable assessment of the in situ condition, no consistency is given. Evidence of the occurrence of very coarse particles (cobbles and boulders) is presented on the logs, however, because of their size in relation to the exploratory hole these records may not be fully representative of their size and frequency in the ground mass. The declination of bedding and joints is given with respect to the normal to the core axis. Thus in a vertical borehole this will be the dip. The assessment of SCR, RQD and Fracture Spacing excludes artificial fractures Water level observations of discernible entries during the advancing of the exploratory hole are given at the foot of the log and in the Legend column. The term "none observed" is used where no discrete entries are identified although this does not necessarily indicate that the hole has not been advanced below groundwater level. Under certain conditions groundwater cannot be observed, for instance, drilling with water flush or overwater, or boring at a rate much faster than water can make its way into the borehole In addition, where appropriate, water levels in the hole at the time of recovering individual samples or carrying out in situ tests and at shift changes are given in the Records column. The borehole logs present the results of Standard Penetration Tests recorded in the field without correction or interpretation. However, in certain ground conditions (eg high hydraulic head or where very coarse particles are present) some judgement may be necessary in considering whether the results are representative of in situ mass conditions.

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Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.60

6.70 - 7.046.70 - 7.00

7.30 - 7.54

Type & No.

ES 1B 2

ES 3

B 4

SPTCES 5B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

SPTCB 11

SPTC

Records

N=9 (1,3/2,2,2,3)

N=21 (2,4/5,5,5,6)

N=15 (3,4/4,4,3,4)

N=23 (4,5/6,6,6,5)

N=36 (1,3/3,5,11,17)

50 (7,7/7,20,23 for 40mm)

50 (14,11 for 50mm/30,20 for 35mm)

Date TimeCasing

18/10/160.00

1.00

2.00

3.00

4.00

5.20

6.70

18/10/167.007.00

Water

0800

Dry

Dry

Dry

Dry

Dry

6.20

1800DryDry

Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to medium of sandstone. Rare rootlets. (Possible GLACIAL TILL)

Loose becoming medium dense from 2.20 m depth brown sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone with low cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone. (Possible GLACIAL TILL)

Medium dense brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone with medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Medium dense becoming dense from 5.20 m depth greyish brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)

Very dense greyish brown gravelly slightly clayey fine to coarse SAND with high cobble content. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.90)

0.90

(2.30)

3.20

(0.80)

4.00

(2.70)

6.70

(0.60)

7.30

+40.30

+37.99

+37.20

+34.49

+33.90

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

18/10/2016

- End

18/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 7.30m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

41.20 mOD

E 314321.01

N 180722.54Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:04 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH01Sheet 1 of 1

1.20 7.30 200 7.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 7.30 SPT Hammer ID: GD1

Energy Ratio: 71.96%6.00 - 7.30 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used5.60 - 5.80 30 Chisel7.00 - 7.30 60 Chisel

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Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.60

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.40

4.70 - 5.80

5.00 - 5.31

5.80 - 5.91

Type & No.

ES 1B 2

ES 3

B 4

SPTCES 5B 6

SPTCB 7

SPTCB 8

SPTCB 9

B 10

SPTC

SPTC

Records

N=43 (1/2,9,13,19)

N=13 (2,3/2,2,4,5)

N=27 (3,6/9,5,5,8)

N=54 (5,7/11,14,14,15)

50 (17,8 for 30mm/16,19,15 for 55mm)

50 (25 for 65mm/50 for 47mm)

Date TimeCasing

14/10/160.00

1.20

2.00

3.00

4.00

14/10/164.40

17/10/164.405.00

17/10/165.805.80

Water

0800

Dry

Dry

Dry

Dry

1800Dry

0800DryDry

1800DryDry

Main

Soft brown slightly gravelly SILT. Gravel is subangular to subrounded fine to medium of sandstone. Occasional roots and rootlets. (GLACIAL TILL)

Soft brown slightly sandy slightly gravelly silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to medium of sandstone. (GLACIAL TILL)

Dense brown sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Medium dense brown sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone with low cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone. Driller notes presence of boulders. (GLACIAL TILL)

Very dense greyish brown subangular to rounded COBBLES of sandstone and limestone with a little sand and gravel. Sand is fine to coarse. Gravel is subangular to rounded fine to coarse of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)Very dense greyish brown sandy subangular to rounded fine to coarse GRAVEL of sandstone and limestone with high cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)

Hole continues on next sheet

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.60)

0.60

(0.60)

1.20

(1.00)

2.20

(2.00)

4.20

(0.50)

4.70

(1.10)

5.80

+39.66

+39.06

+38.06

+36.06

+35.56

+34.46

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

14/10/2016

- End

17/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 5.80m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

40.26 mOD

E 314330.56

N 180763.76Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:04 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH02Sheet 1 of 2

0.00 5.80 200 5.80

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 5.80 SPT Hammer ID: GD1

Energy Ratio: 71.96%3.00 - 5.80 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used1.60 - 2.00 60 Chisel4.40 - 4.70 60 Chisel4.70 - 5.00 60 Chisel5.00 - 5.40 60 Chisel

Page 22: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main Detail

Depth, Level(Thickness)

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

14/10/2016

- End

17/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 5.80m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

40.26 mOD

E 314330.56

N 180763.76Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:04 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH02Sheet 2 of 2

0.00 5.80 200 5.80

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used5.80 - 5.80 30 Chisel

Page 23: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.70

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.50

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.00 - 6.50

6.70 - 6.94

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

B 11

SPTC

Records

N=57 (1,4/9,13,15,20)

N=25 (4,7/5,5,6,9)

N=25 (6,5/6,6,6,7)

N=23 (3,5/4,5,5,9)

N=27 (5,6/8,5,7,7)

50 (18,7 for 35mm/24,26 for 53mm)

Date TimeCasing

19/10/160.00

1.00

2.00

3.00

4.00

5.00

19/10/166.806.7020/10/166.8020/10/167.20

Water

0800

Dry

Dry

Dry

Dry

Dry

1800WetDry

0800Wet

1800Wet

Main

Soft to firm brown slightly sandy gravelly silty CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Very dense brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with low to medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Firm greyish brown sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)Medium dense greyish brown locally brown sandy slightly clayey subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with low to medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)

Very dense greyish brown sandy subangular to subrounded medium to coarse GRAVEL of sandstone, limestone and quartzite with high cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)Drillers description: Boulders (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

3.20-3.70 Very sandy

5.20-5.70 Clayey

Depth, Level(Thickness)

(0.80)

0.80

(1.40)

2.20

(0.50)

2.70

(3.20)

5.90

(0.90)

6.80

(0.40)

7.20

+42.39

+40.99

+40.49

+37.29

+36.39

+35.99

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

19/10/2016

- End

20/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 7.20m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

43.19 mOD

E 314265.73

N 180764.80Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH03Sheet 1 of 1

1.20 7.20 200 7.20

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 6.70 SPT Hammer ID: GD1

Energy Ratio: 71.96%6.00 - 7.20 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used1.50 - 1.90 60 Chisel6.50 - 6.80 60 Chisel6.80 - 7.00 60 Chisel7.00 - 7.20 60 Chisel

Page 24: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50 0.60 - 0.80

1.20 - 1.651.20

1.20 - 1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.70 - 7.156.70 - 7.20

8.20 - 8.34

8.50 - 9.00

9.70 - 10.159.70 - 10.00

Type & No.

ES 1B 4

ES 2B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

SPTCB 11

SPTC

B 12

SPTCB 13

Records

N=17 (16,10/9,4,2,2)

N=16 (2,3/4,6,3,3)

N=30 (3,6/9,7,7,7)

N=19 (3,4/3,3,5,8)

N=19 (5,3/4,4,5,6)

N=26 (12,10/7,6,6,7)

52 (23 for 75mm/52 for 68mm)

N=43 (4,7/9,9,12,13)

Date TimeCasing

07/10/160.00

1.20

2.00

3.00

4.00

5.00

07/10/166.00

10/10/166.00

6.70

8.20

9.7010/10/1610.00

Water

0800

Dry

Dry

Damp

Dry

Dry

1800Dry

0800Dry

Dry

Dry

Dry1800

Dry

Main

Grass over soft brown slightly gravelly clayey SILT. Gravel is angular to subangular fine to coarse of sandstone. Occasional rootlets. (TOPSOIL)

Brown sandy slightly clayey angular to subangular fine to coarse GRAVEL of sandstone with medium cobble content. Sand is fine to coarse. Cobbles are angular to subangular tabular of sandstone. (GLACIAL TILL)

Medium dense brown sandy very clayey becoming clayey from 4 m angular to subrounded fine to coarse GRAVEL of sandstone with low cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Medium dense becoming very dense from 8.20 m greyish brown sandy subangular to rounded fine to coarse GRAVEL of sandstone, conglomerate and limestone with high cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone, conglomerate and limestone. (GLACIAL TILL)

Greyish brown subangular to rounded COBBLES of sandstone and limestone with some sand and gravel. Sand is fine to coarse. Gravel is subangular to rounded fine to coarse of sandstone, conglomerate and limestone. (GLACIAL TILL)

Dense greyish brown very sandy slightly silty subangular to rounded fine to coarse GRAVEL of sandstone and conglomerate with medium cobble

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.60)

0.60

(0.80)

1.40

(4.60)

6.00

(2.50)

8.50

(1.10)

9.60

(0.40)

10.00

+41.57

+40.77

+36.17

+33.67

+32.57

+32.17

Legend Backfill

1 -

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

07/10/2016

- End

10/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

42.17 mOD

E 314326.33

N 180822.37Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH04Sheet 1 of 2

1.20 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)1 3.00 Seepage

Depth Related RemarksDepths (m) Remarks1.20 - 10.00 SPT Hammer ID: GD1

Energy Ratio: 71.96%3.00 - 10.00 Water added to assist drilling

Hard BoringDepths (m) Duration (mins) Tools used0.80 - 1.20 60 Chisel1.20 - 1.40 30 Chisel6.10 - 6.70 120 Chisel8.10 - 8.40 60 Chisel

Page 25: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main

content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone and conglomerate. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

07/10/2016

- End

10/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

42.17 mOD

E 314326.33

N 180822.37Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH04Sheet 2 of 2

1.20 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used8.90 - 9.30 60 Chisel

Page 26: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 1.20 - 1.65

1.70

2.00

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.20

6.70 - 7.156.70 - 7.20

7.70

8.20 - 8.658.20 - 8.70

9.00 - 10.00

Type & No.

ES 1B 2

ES 3

B 4

ES 6UT 5

D 7

B 8

SPTCB 9

SPTCB 10

SPTCB 11

SPTCB 12

B 13

SPTCB 14

B 15

SPTCB 16

B 17

Records

24 blows 100% rec

N=18 (2,6/5,6,4,3)

N=8 (1,3/2,2,1,3)

N=38 (4,9/12,13,7,6)

N=41 (3,6/9,8,7,17)

N=46 (8,9/11,12,10,13)

N=35 (3,5/8,9,10,8)

Date TimeCasing

27/09/160.00

2.20

3.20

4.20

5.20

6.70

27/09/168.00

28/09/168.008.20

28/09/1610.00

Water

0800Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

0800DryDry

18009.60

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of flint and sandstone. Frequent roots and rootlets. (TOPSOIL)Soft to firm brown locally slightly mottled orangish brown silty CLAY. Rare subangular to subrounded fine to coarse gravel of sandstone. Rare rootlets. (GLACIAL TILL)

Medium dense becoming dense brown sandy clayey angular to subrounded fine to coarse GRAVEL of sandstone, flint and conglomerate with a medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Dense greyish brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone, limestone and flint. Sand is fine to coarse. (GLACIAL TILL)

Dense greyish brown sandy angular to subrounded fine to coarse GRAVEL of sandstone, limestone, flint and quartzitic conglomerate with a medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and quartzitic conglomerate. (GLACIAL TILL)

Hole continues on next sheet

Detail

3.20-3.65 Locally loose.

Depth, Level(Thickness)

(0.30)

0.30

(1.60)

1.90

(3.30)

5.20

(2.80)

8.00

(2.00)

10.00

+46.07

+44.47

+41.17

+38.37

+36.37

Legend Backfill

1 -

1 -

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

27/09/2016

- End

28/09/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussion from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

46.37 mOD

E 314212.84

N 180825.08Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:06 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH05Sheet 1 of 2

0.00 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)1 10.00 Rose to 9.60 m after 20 minutes.

Depth Related RemarksDepths (m) Remarks1.20 - 10.00 SPT Hammer ID: GD1

Energy Ratio: 71.96%2.00 - 10.00 Water added to aid drilling

Hard BoringDepths (m) Duration (mins) Tools used5.80 - 6.20 60 Chisel8.00 - 10.00 570 Chisel

Page 27: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

10.00 - 10.45

Type & No.

SPTC

Records

N=48 (6,8/10,12,12,14)

Date TimeCasing10.00

Water9.60

Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

27/09/2016

- End

28/09/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussion from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

46.37 mOD

E 314212.84

N 180825.08Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:06 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH05Sheet 2 of 2

0.00 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used

Page 28: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.80

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.40

6.70 - 7.156.70 - 7.20

7.90

8.20 - 8.658.20 - 8.70

9.00 - 10.00

9.70 - 10.07

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

B 11

SPTCB 12

B 13

SPTCB 14

B 15

SPTC

Records

N=47 (3,5/4,9,14,20)

N=31 (4,5/7,6,9,9)

N=27 (3,6/6,7,6,8)

N=34 (5,9/8,10,10,6)

N=47 (4,7/10,11,13,13)

N=27 (3,5/7,7,4,9)

N=46 (15,8/12,10,10,14)

50 (8,12/12,16,22 for 75mm)

Date TimeCasing

29/09/160.00

1.20

2.00

3.00

4.00

29/09/165.00

30/09/165.005.20

6.70

8.20

9.50

30/10/1610.00

Water

0800

Dry

Dry

Dry

Dry

1800Dry

0800DryDry

Dry

Dry

Dry

1800Dry

Main

Grass over soft to firm brown slightly sandy slightly gravelly silty CLAY with a low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and flint. Cobbles are subangular to subrounded of sandstone. Occasional roots and rootlets. (GLACIAL TILL)

Dense brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone, quartzitic sandstone and limestone with a medium to high cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of quartzitic sandstone. (GLACIAL TILL)

Medium dense greyish brown sandy subangular to rounded fine to coarse GRAVEL of sandstone, quartzitic sandstone, limestone and conglomerate with a medium to high cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of quartzitic sandstone and sandstone. (GLACIAL TILL)

Hole continues on next sheet

Detail

9.70-10.00 Locally very dense.

Depth, Level(Thickness)

(1.10)

1.10

(5.40)

6.50

(3.50)

10.00

+47.47

+42.07

+38.57

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

29/09/2016

- End

30/09/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.07m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

48.57 mOD

E 314147.22

N 180840.54Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:07 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH06Sheet 1 of 2

1.20 10.00 20010.00 10.00 45

10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 10.00 Water added to assist drilling1.20 - 10.00 SPT Hammer ID: GD1

Energy Ratio: 71.96%

Hard BoringDepths (m) Duration (mins) Tools used1.50 - 1.80 60 Chisel5.80 - 6.20 60 Chisel7.90 - 8.30 60 Chisel9.00 - 10.00 150 Chisel

Page 29: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

29/09/2016

- End

30/09/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.07m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

48.57 mOD

E 314147.22

N 180840.54Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:07 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH06Sheet 2 of 2

1.20 10.00 20010.00 10.00 45

10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used

Page 30: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.00 - 6.50

6.70 - 7.156.70 - 7.20

8.20 - 8.658.20 - 8.70

9.00 - 9.45

9.20 - 9.50

9.70 - 10.159.70 - 10.00

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

B 11

SPTCB 12

SPTCB 13

SPTC

B 14

SPTCB 15

Records

N=7 (1 for 150mm/1,2,2,2)

N=15 (2,2/3,4,4,4)

N=16 (3,5/4,4,3,5)

N=25 (5,7/5,6,6,8)

N=33 (4,6/7,9,9,8)

N=33 (4,7/6,7,9,11)

N=53 (8,12/14,14,12,13)

N=14 (2,3/3,4,3,4)

N=17 (1,3/4,4,4,5)

Date TimeCasing

20/10/160.00

1.00

2.00

3.00

4.00

20/10/165.00

21/10/165.005.00

6.70

8.20

9.00

9.5021/10/1610.00

Water

0800

Dry

Dry

Dry

Dry

1800Dry

0800DryDry

Wet

Wet

Wet

Wet1800Wet

Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional rootlets. (GLACIAL TILL)

Soft to firm brown locally orangish brown slightly sandy gravelly silty CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Medium dense brown gravelly clayey fine to coarse SAND with medium cobble content. Gravel is subangular to subrounded fine to coarse of sandstone, limestone and conglomerate. Cobbles are subangular to subrounded of sandstone, limestone and conglomerate. (GLACIAL TILL)

Stiff greyish brown sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)

Dense becoming very dense from 8.20 m depth greyish brown sandy subangular to subrounded fine to coarse GRAVEL of sandstone, limestone and conglomerate with high cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone, limestone and conglomerate. Driller notes presence of boulders. (GLACIAL TILL)

Firm brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.60)

0.60

(2.60)

3.20

(0.80)

4.00

(2.00)

6.00

(3.20)

9.20

(0.80)

10.00

+42.95

+40.35

+39.55

+37.55

+34.35

+33.55

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

20/10/2016

- End

21/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

43.55 mOD

E 314393.88

N 180879.30Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:07 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH07Sheet 1 of 1

1.20 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.70 SPT Hammer ID: GD1

Energy Ratio: 71.96%6.00 - 8.00 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used5.90 - 6.10 30 Chisel8.50 - 9.00 60 Chisel

Page 31: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.20 - 0.60

0.50

0.80 - 1.20

1.20 1.20 - 1.65

1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.70 - 7.156.70 - 7.20

8.20 - 8.658.20 - 8.70

9.70 - 10.159.70 - 10.00

Type & No.

ES 1B 4

ES 2

B 5

ES 3U 6

D 7

SPTCB 8

SPTCB 9

SPTCB 10

SPTCB 11

SPTCB 12

SPTCB 13

SPTCB 14

Records

18 blows 100% rec

N=28 (1,3/5,7,7,9)

N=22 (2,4/4,6,6,6)

N=13 (3,5/4,2,3,4)

N=40 (7,5/6,6,9,19)

N=33 (3,6/9,9,8,7)

N=40 (8,9/6,10,12,12)

N=31 (5,13/9,10,6,6)

Date TimeCasing

03/10/160.00

0.00

2.00

3.00

4.00

03/10/165.00

04/10/165.005.00

6.70

8.20

9.7004/10/1610.00

Water

0800

Dry

Dry

Dry

Dry

1800Dry

0800DryDry

Dry

8.00

9.201800

Dry

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft brown locally mottled orangish brown slightly sandy becoming sandy with depth slightly gravelly silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Rare rootlets. (GLACIAL TILL)

Medium dense becoming dense from 5.20m brown locally greyish brown sandy very clayey locally clayey subangular to subrounded fine to coarse GRAVEL of sandstone with a medium to low cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Dense brown sandy slightly clayey subangular to subrounded fine to coarse GRAVEL of sandstone, limestone and conglomerate with a medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Dense brown subangular to rounded COBBLES of sandstone conglomerate with a little sand and

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.20) 0.20

(2.00)

2.20

(5.80)

8.00

(1.70)

9.70

(0.30)

10.00

+42.70

+40.70

+34.90

+33.20

+32.90

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

03/10/2016

- End

04/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

42.90 mOD

E 314326.32

N 180878.80Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:09 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH08Sheet 1 of 2

1.20 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 10.00 SPT Hammer ID: GD1

Energy Ratio: 71.96%8.00 - 10.00 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used5.70 - 6.00 60 Chisel9.10 - 10.00 120 Chisel

Page 32: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main

gravel. Sand is fine to coarse. Gravel is subangular to rounded fine to coarse of sandstone and conglomerate. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

03/10/2016

- End

04/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

42.90 mOD

E 314326.32

N 180878.80Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:09 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH08Sheet 2 of 2

1.20 10.00 200 10.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used

Page 33: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.300.10 0.20

0.30 - 0.800.30 0.50

1.00

1.20 1.20 - 1.65

1.30

1.65

2.00

2.20 - 2.642.20 - 2.70

2.50

3.00

3.20 - 3.653.20 - 3.70

4.004.00

4.20 - 4.624.20 - 4.70

5.00

5.20 - 5.565.20 - 5.70

6.00

6.70 - 6.926.70 - 7.20

7.00

8.00

8.20 - 8.658.20 - 8.70

9.00

9.50 - 9.88

9.70 - 10.00

Type & No.

B 1D 2

ES 3B 5D 4

ES 6

D 7

ES 8UT 9KFH

D 10

D 11

SPTCB 12

KFH

D 13

SPTCB 14

KFHD 15

SPTCB 16

D 17

SPTCB 18

D 19

SPTCB 20

D 21

D 22

SPTCB 23

D 24

SPTC

B 25

Records

70 blows 30% reck=5.2E-8 m/s

50 (4,8/10,10,16,14 for 60mm)

k=5.2E-8 m/s

N=43 (4,4/8,10,12,13)

k=5.2E-8 m/s

50 (5,7/11,12,16,11 for 50mm)

50 (4,8/15,19,16 for 55mm)

50 (2,23/50 for 75mm)

N=50 (4,7/10,12,12,16)

50 (5,15/14,15,15,6 for 5mm)

Date TimeCasing

20/10/160.00

1.20

2.20

3.20

4.2020/10/164.00

21/10/164.00

5.20

6.70

8.20

9.50

21/10/169.50

Water

0800

Dry

Dry

Dry1800

Dry

0800Dry

Dry

Dry

Dry

Dry

1800Dry

Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent rootlets. (TOPSOIL)Soft brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Rare rootlets. (GLACIAL TILL)

Firm to stiff brown slightly sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Firm to stiff brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Stiff greyish brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Hole continues on next sheet

Detail

2.20-2.64 Probable cobble

Depth, Level(Thickness)

(0.30)

0.30

(1.10)

1.40

(1.80)

3.20

(1.30)

4.50

(5.50)

10.00

+45.62

+44.52

+42.72

+41.42

+35.92

Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

20/10/2016

- End

21/10/2016

Dando 2000Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

45.92 mOD

E 314267.61

N 180878.82Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:10 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH09Sheet 1 of 2

1.20 10.00 150 9.50

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.50 SPT Hammer ID: AR538

Energy Ratio: 62%

Hard BoringDepths (m) Duration (mins) Tools used5.70 - 5.90 30 Chisel6.80 - 7.00 30 Chisel7.30 - 7.50 30 Chisel8.10 - 8.20 30 Chisel

Page 34: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

20/10/2016

- End

21/10/2016

Dando 2000Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

45.92 mOD

E 314267.61

N 180878.82Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:10 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH09Sheet 2 of 2

1.20 10.00 150 9.50

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used9.50 - 10.00 60 Chisel

Page 35: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.300.10 0.20

0.30 - 0.800.30 0.50

1.00

1.20 1.20 - 1.65

1.30

1.65 1.70 - 2.20

2.00

2.20 - 2.652.20 - 2.702.20 - 2.65

2.50

3.00

3.20 - 3.653.20 - 3.703.20 - 3.65

4.004.00

4.20 - 4.654.20 - 4.70

5.00

5.20 - 5.655.20 - 5.70

6.00

6.70 - 7.156.70 - 7.20

7.00

8.00

8.20 - 8.658.20 - 8.70

8.90 - 8.90

Type & No.

B 1D 2

ES 3B 5D 4

ES 6

D 7

ES 8UT 9KFH

D 10B 11

D 12

SPTSB 14D 13KFH

D 15

SPTSB 17D 16

KFHD 18

SPTCB 19

D 20

SPTCB 21

D 22

SPTCB 23

D 24

D 25

SPTCB 26

SPTC

Records

15 blows 25% reck=5.2E-8 m/s

N=7 (1,1/1,2,1,3)

k=5.2E-8 m/s

N=46 (1,1/3,12,14,17)

k=5.2E-8 m/s

N=46 (4,8/11,12,12,11)

N=39 (4,6/8,9,10,12)

N=40 (4,7/9,7,11,13)

N=44 (4,4/8,10,10,16)

N=25 SPT bouncing

Date TimeCasing

19/10/160.00

1.20

2.20

3.20

4.20

5.20

6.10

19/10/166.10

20/10/166.10

8.20

20/10/168.908.90

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

0800Dry

Dry

1800DryDry

Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent rootlets. (TOPSOIL)Soft brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Stiff brown locally greyish brown sandy gravelly CLAY with low to medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

2.20-2.70 Locally gravelly

Depth, Level(Thickness)

(0.30)

0.30

(3.10)

3.40

(5.50)

8.90

+51.07

+47.97

+42.47

Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

19/10/2016

- End

20/10/2016

Dando 2000Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 8.90m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

51.37 mOD

E 314090.57

N 180879.52Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:10 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH10Sheet 1 of 1

1.20 8.90 150 8.90

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 8.90 SPT Hammer ID: AR538

Energy Ratio: 62%

Hard BoringDepths (m) Duration (mins) Tools used6.10 - 6.20 30 Chisel7.40 - 7.60 30 Chisel8.40 - 8.60 30 Chisel8.80 - 8.90 60 Chisel

Page 36: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.341.20

1.50 - 1.951.50 - 2.00

2.50 - 2.952.50 - 3.00

3.50 - 3.953.50 - 4.50

4.50 - 4.95

5.50 - 6.00

6.00 - 6.296.00 - 7.70

7.50 - 7.95

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3

SPTCB 6

SPTCB 7

SPTCB 8

SPTC

B 9

SPTCB 10

SPTC

Records

52 (23 for 75mm/52 for 70mm)

N=45 (7,10/9,10,13,13)

N=10 (4,4/3,3,2,2)

N=50 (7,18/17,10,12,11)

N=19 (9,6/6,5,4,4)

52 (7,16/26,26 for 65mm)

N=25 (5,5/5,6,5,9)

Date TimeCasing

05/10/160.00

1.00

1.50

2.50

3.50

4.50

05/10/166.006.0006/10/166.00

06/10/167.707.50

Water

0800

Dry

Dry

Dry

Dry

Dry

1800DryDry

0800Dry

1800DryDry

Main

Soft brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Rare rootlets. (GLACIAL TILL)

Very dense brown sandy clayey angular to subrounded fine to coarse GRAVEL of sandstone with a low cobble content. Sand is fine to coarse. Cobbles are subangular of sandstone. Driller notes presence of boulders. (GLACIAL TILL)

Medium dense to very dense greyish brown sandy subangular to rounded fine to coarse GRAVEL of sandstone and conglomerate with a high cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone and conglomerate. Driller notes presence of boulders. (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

1.50-1.95 Locally dense.

2.50-2.95 Loose.

Depth, Level(Thickness)

(1.10)

1.10

(3.50)

4.60

(3.10)

7.70

+42.50

+39.00

+35.90

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

05/10/2016

- End

06/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion from 1.20m to 7.70m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

43.60 mOD

E 314324.88

N 180904.18Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:11 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH11Sheet 1 of 1

1.20 7.70 200 7.70

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 7.50 SPT Hammer ID: GD1

Energy Ratio: 71.96%4.50 - 7.70 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used1.20 - 1.50 60 Chisel3.50 - 4.50 150 Chisel5.40 - 6.00 90 Chisel6.00 - 7.70 480 Chisel

Page 37: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.70 - 7.156.70 - 7.20

8.20 - 8.658.20 - 8.70

9.20 - 9.47

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

SPTCB 11

SPTCB 12

SPTC

Records

N=8 (1,2/2,1,2,3)

N=21 (2,4/5,5,5,6)

N=27 (3,3/5,6,7,9)

N=24 (4,5/7,5,5,7)

N=26 (3,4/6,6,7,7)

N=41 (2,5/7,9,10,15)

N=41 (3,7/10,8,11,12)

52 (7,16/28,24 for 45mm)

Date TimeCasing

24/10/160.00

1.00

2.00

3.00

4.00

5.00

6.70

8.00

24/10/169.0025/10/169.0025/10/169.009.00

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

1200Dry

0800DryDry

Main

Soft brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional rootlets. (GLACIAL TILL)

Soft to firm brown locally orangish brown and greyish brown slightly sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Firm to stiff greyish brown sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Firm to stiff brown and greyish brown locally reddish brown sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Dense greyish brown sandy subangular to rounded fine to coarse GRAVEL of sandstone, limestone and conglomerate with medium cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone, limestone and conglomerate. (GLACIAL TILL)

Drillers Description: Very large COBBLES and BOULDERS. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.60)

0.60

(2.60)

3.20

(2.80)

6.00

(2.20)

8.20

(0.80)

9.00 (0.20) 9.20

+46.35

+43.75

+40.95

+38.75

+37.95

+37.75

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

25/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion from 1.20m to 9.20m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

46.95 mOD

E 314231.11

N 180921.05Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:11 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH12Sheet 1 of 1

1.20 9.20 200 9.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.20 SPT Hammer ID: GD1

Energy Ratio: 71.96%8.00 - 9.20 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used7.30 - 7.70 60 Chisel9.00 - 9.20 60 Chisel

Page 38: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.70

0.50

0.80 - 1.20

1.20 - 1.651.20

1.20 - 1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.20 - 5.655.20 - 5.70

6.00 - 6.30

6.70 - 7.156.70 - 7.20

8.20 - 8.658.20 - 8.70

9.00 - 9.50

9.50 - 9.72

Type & No.

ES 1B 4

ES 2

B 5

SPTCES 3B 6

SPTCB 7

SPTCB 8

SPTCB 9

SPTCB 10

B 11

SPTCB 12

SPTCB 13

B 14

SPTC

Records

N=49 (4,3/7,7,8,27)

N=25 (10,6/4,6,6,9)

N=37 (3,5/5,14,11,7)

N=29 (4,3/5,7,7,10)

N=19 (2,4/4,4,5,6)

N=40 (4,7/10,10,8,12)

N=31 (3,6/7,6,9,9)

50 (17,8 for 45mm/31,19 for 20mm)

Date TimeCasing

13/10/160.00

1.20

2.00

3.00

4.00

5.00

6.50

8.20

13/10/169.509.50

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800DryDry

Main

Soft brown sandy gravelly SILT with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Dense brown gravelly silty fine to coarse SAND with low to medium cobble content. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subrounded to subangular of sandstone and limestone. (GLACIAL TILL)

Firm brown sandy gravelly CLAY with low to medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded sandstone and limestone. (GLACIAL TILL)

Firm to stiff brown sandy slightly gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subrounded to subangular of sandstone and limestone. Driller notes presence of boulders. (GLACIAL TILL)Firm to stiff brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Dense brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with low cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Very dense brown sandy slightly clayey subangular to rounded medium to coarse GRAVEL of sandstone, limestone and conglomerate with high cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone, limestone and conglomerate. Driller notes presence of boulders. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.80)

0.80

(1.40)

2.20

(3.70)

5.90

(0.40)

6.30

(1.60)

7.90

(1.10)

9.00

(0.50)

9.50

+48.16

+46.76

+43.06

+42.66

+41.06

+39.96

+39.46

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

12/10/2016

- End

12/10/2016

Pilcon 150Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 9.50m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

48.96 mOD

E 314110.27

N 180919.56Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:12 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH13Sheet 1 of 1

1.20 9.50 200 9.50

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.50 SPT Hammer ID: GD1

Energy Ratio: 71.96%9.00 - 9.50 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used1.70 - 2.00 60 Chisel

Page 39: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.200.10 0.20

0.20 - 0.700.20 0.50

1.00

1.20 1.20 - 1.65

1.50 - 2.001.50

2.00

2.20 - 2.652.20 - 2.70

3.00

3.20 - 3.583.20 - 3.70

4.00

4.20 - 4.654.20 - 4.70

5.00

5.20 - 5.655.20 - 5.70

6.00

6.70 - 7.036.70 - 7.20

7.00

8.00 - 8.458.00 - 8.50

8.00

9.00

9.50 - 9.959.50 - 10.00

Type & No.

B 1D 2

ES 3B 5D 4

ES 6

D 7

ES 8UT 9

B 11D 10

D 12

SPTCB 13

D 14

SPTCB 15

D 16

SPTCB 17

D 18

SPTCB 19

D 20

SPTCB 21

D 22

SPTCB 24D 23

D 25

SPTCB 26

Records

20 blows 45% rec

N=42 (3,5/7,9,12,14)

50 (4,8/11,16,19,4 for 5mm)

N=43 (5,10/13,10,10,10)

N=43 (4,8/13,10,10,10)

50 (5,10/19,19,12 for 30mm)

N=48 (4,8/10,10,12,16)

N=48 (5,10/12,10,10,16)

Date TimeCasing

18/10/160.00

1.20

2.20

3.20

4.20

5.20

6.70

8.00

18/10/168.00

19/10/168.00

8.00

19/10/168.00

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

0800Dry

Dry

1800Dry

Main

Soft brown slightly sandy slightly gravelly clayey SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional rootlets. (TOPSOIL)Soft brown slightly sandy slightly gravelly silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Rare rootlets. (GLACIAL TILL)

Firm becoming stiffer with depth brown slightly sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Stiff to very stiff brown and greyish brown sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Dense greyish brown sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone and limestone with low cobble content. Sand is fine to coarse. Cobbles are subangular to rounded of sandstone and limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

1.20-2.00 Low cobble content

5.20-5.70 Medium cobble content

Depth, Level(Thickness)

(0.20) 0.20

(1.00)

1.20

(3.50)

4.70

(4.10)

8.80

(1.20)

10.00

+50.56

+49.56

+46.06

+41.96

+40.76

Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

18/10/2016

- End

19/10/2016

Dando 2000Hand dug inspection pit from 0.00m to 1.20m. Cable percussion drilling from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.76 mOD

E 314183.57

N 180937.63Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:12 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH14Sheet 1 of 1

1.20 10.00 150 8.00

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.50 SPT Hammer ID: AR538

Energy Ratio: 62%

Hard BoringDepths (m) Duration (mins) Tools used5.70 - 5.90 30 Chisel7.40 - 7.60 30 Chisel8.80 - 9.00 30 Chisel9.00 - 9.20 30 Chisel

Page 40: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.200.10 0.20

0.20 - 0.700.20 0.50

1.00

1.20 - 1.651.20

1.20 - 1.701.20 - 1.65

2.00

2.20 - 2.65

2.50 - 3.002.65

3.00 - 3.453.00 - 3.503.00 - 3.45

3.50

4.00 - 4.384.00 - 4.50

4.50

5.00 - 5.455.00 - 5.50

5.50

6.50 - 6.956.50 - 7.00

6.50

7.50

8.00 - 8.458.00 - 8.50

8.50

9.50 - 9.959.50 - 10.00

9.50

Type & No.

B 1D 2

ES 4B 5D 3

ES 6

D 7

SPTSES 8B 10D 9

D 11

U 12

B 14D 13

SPTSB 16D 15

D 17

SPTCB 18

D 19

SPTCB 20

D 21

SPTCB 23D 22

D 24

SPTCB 25

D 26

SPTCB 28D 27

Records

N=2 (2,2/1 for 150mm, 1 for 150mm)

65 blows 20% rec

N=26 (4,4/5,5,7,9)

50 (2,5/21,14,15 for 75mm)

N=43 (2,3/8,9,11,15)

N=36 (2,5/11,8,8,9)

N=39 (3,5/8,10,11,10)

N=46 (7,10/10,11,12,13)

Date TimeCasing

17/10/160.00

1.20

2.20

3.00

4.00

5.00

6.50

7.60

7.60

17/10/167.60

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

Main

Soft brown slightly gravelly SILT. Gravel is subangular to subrounded fine to medium of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft brown slightly gravelly slightly sandy SILT with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Firm to stiff brown locally greyish brown slightly sandy gravelly CLAY with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Firm brown and greyish brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20) 0.20

(1.00)

1.20

(3.30)

4.50

(5.50)

10.00

+48.57

+47.57

+44.27

+38.77

Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

17/10/2016

- End

17/10/2016

Dando 2000Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

48.77 mOD

E 314130.14

N 180960.51Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:12 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH15Sheet 1 of 1

1.20 10.00 150 7.60

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.50 SPT Hammer ID: AR538

Energy Ratio: 62%

Hard BoringDepths (m) Duration (mins) Tools used4.40 - 4.60 30 Chisel8.70 - 8.90 30 Chisel

Page 41: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20 0.30 - 0.60

0.50

0.80 - 1.200.80

1.20 1.20 - 1.65

1.70

2.20 - 2.652.20 - 2.70

3.20 - 3.653.20 - 3.70

4.20 - 4.654.20 - 4.70

5.00 - 6.00

5.20 - 5.55

6.50 - 7.00

6.70 - 6.97

7.60 - 7.75

Type & No.

ES 1B 4

ES 2

B 5D 6

ES 3U 7

D 8

SPTCB 9

SPTCB 10

SPTCB 11

B 12

SPTC

B 13

SPTC

SPTC

Records

20 blows 100% rec

N=28 (1/1,3,6,18)

N=21 (10,7/5,4,6,6)

N=35 (3,6/7,9,8,11)

51 (10,14/10,19,22 for 50mm)

50 (17,18/25,25 for 46mm)

50 (15,10 for 48mm/50 for 30mm)

Date TimeCasing

11/10/160.00

1.20

2.00

3.00

4.00

11/10/165.00

12/10/165.005.00

6.70

12/10/167.607.60

Water

0800

Dry

Dry

Dry

Dry

1800Dry

0800Dry

1.00

1.00

1800Dry

1.00

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft brown slightly gravelly silty CLAY with a low cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles subangular to subrounded of sandstone. (GLACIAL TILL)Firm brown and greyish brown slightly sandy gravelly CLAY with a low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)Soft to firm brown locally reddish brown sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Firm brown slightly sandy very gravelly CLAY with a medium cobble content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of sandstone, quartzitic sandstone and limestone. Cobbles are angular to subrounded of sandstone and quartzitic sandstone. (GLACIAL TILL)

Greyish brown subangular to subrounded COBBLES of sandstone, quartzitic sandstone, limestone and conglomerate with a little clay, sand and gravel. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone, quartzitic sandstone, limestone and conglomerate. Driller notes presence of boulders. (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

3.20-3.70 Medium cobble content.

Depth, Level(Thickness)

(0.10)0.10

(0.70)

0.80

(0.50)

1.30

(2.90)

4.20

(0.80)

5.00

(2.60)

7.60

+51.94

+51.24

+50.74

+47.84

+47.04

+44.44

Legend Backfill

Borehole LogDrilled GW - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

LL

AP

11/10/2016

- End

12/10/2016

Pilcon 150Hand dug inspection pit from 0.00m to 1.20m. Cable percussion from 1.20m to 7.60m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

52.04 mOD

E 314009.38

N 180948.94Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:13 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH16Sheet 1 of 1

1.20 7.60 200 7.60

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 7.60 SPT Hammer ID: GD1

Energy Ratio: 71.96%1.50 - 2.70 Water added to assist drilling.5.00 - 7.60 Water added to assist drilling.

Hard BoringDepths (m) Duration (mins) Tools used2.70 - 3.10 60 Chisel5.00 - 5.90 210 Chisel6.80 - 7.20 90 Chisel7.50 - 7.60 90 Chisel

Page 42: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.200.10 0.20

0.20 - 0.600.20 0.50

0.60 - 1.100.60

1.20 - 1.651.20

1.20 - 1.701.30

2.00

2.20 - 2.652.20 - 2.70

2.50

3.00

3.50 - 3.953.50 - 4.00

4.004.00

4.50 - 4.954.50 - 5.00

5.00

5.50 - 5.935.50 - 6.00

6.00

7.00 - 7.387.00 - 7.50

7.00

8.00

8.50 - 8.918.50 - 9.00

9.00

9.50 - 9.85

Type & No.

B 1D 2

ES 3B 5D 4

ES 6B 8D 7

SPTCES 9B 10KFH

D 11

SPTCB 12

KFH

D 13

SPTCB 14

KFHD 15

SPTCB 16

D 17

SPTCB 18

D 19

SPTCB 21D 20

D 22

SPTCB 23

D 24

SPTC

Records

N=14 (1,4/3,4,3,4)

k=5.2E-8 m/s

N=35 (3,3/5,8,10,12)

k=5.2E-8 m/s

N=30 (2,5/6,8,8,8)

k=5.2E-8 m/s

N=41 (4,8/8,10,12,11)

50 (4,6/9,14,14,13 for 55mm)

50 (5,9/11,15,24 for 75mm)

50 (5,8/11,14,16,9 for 35mm)

50 (11,14 for 70mm/17,21,12 for 50mm)

Date TimeCasing

24/10/160.00

1.20

2.20

24/10/162.50

25/10/162.50

3.50

4.50

5.50

7.00

8.50

9.50

25/10/169.50

Water

0800

Dry

Dry

1800Dry

0800Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

Main

Soft brown slightly sandy SILT. Sand is fine to medium. Frequent roots and rootlets. (TOPSOIL)Soft brown slightly sandy slightly gravelly clayey SILT with low cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to medium of sandstone. Cobbles are subangular to subrounded of sandstone. Occasional rootlets. (GLACIAL TILL)Soft to firm brown and greyish brown slightly sandy slightly gravelly silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)Firm to stiff brown and greyish brown locally reddish brown slightly sandy slightly gravelly silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. (GLACIAL TILL)

Stiff brown and greyish brown sandy gravelly CLAY with medium cobble content. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone, limestone and quartzite. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Hole continues on next sheet

Detail

2.20-2.70 Low cobble content

Depth, Level(Thickness)

(0.20) 0.20

(0.40)

0.60

(0.60)

1.20

(1.00)

2.20

(7.80)

10.00

+50.60

+50.20

+49.60

+48.60

+40.80

Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

25/10/2016

Dando 2000Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.80 mOD

E 314009.38

N 181002.89Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:13 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH17Sheet 1 of 2

1.20 10.00 150 9.50

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks1.20 - 9.50 SPT Hammer ID: AR538

Energy Ratio: 62%

Hard BoringDepths (m) Duration (mins) Tools used6.10 - 6.30 30 Chisel7.30 - 7.50 30 Chisel8.10 - 8.30 30 Chisel8.70 - 8.90 30 Chisel

Page 43: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth Type & No. RecordsDate TimeCasing Water Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled DA - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

25/10/2016

Dando 2000Hand excavated inspection pit from 0.00m to 1.20m. Cable percussive boring from 1.20m to 10.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.80 mOD

E 314009.38

N 181002.89Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:13 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH17Sheet 2 of 2

1.20 10.00 150 9.50

Groundwater EntriesNo. Depth Strike (m) Remarks Depth Sealed (m)

Depth Related RemarksDepths (m) Remarks

Hard BoringDepths (m) Duration (mins) Tools used9.40 - 9.50 60 Chisel

Page 44: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.20 - 1.651.20

1.20 - 2.001.20 - 2.00

2.00 - 2.452.00 - 3.002.00 - 3.00

3.00 - 3.453.00 - 4.003.00 - 4.00

3.00 - 4.00

4.00 - 4.454.00 - 5.004.00 - 5.00

5.00 - 5.455.00 - 6.50

5.00 - 6.50

6.50 - 6.956.50 - 8.006.50 - 8.00

8.00 - 8.058.00 - 9.508.00 - 9.50

8.00 - 9.50

9.50 - 11.009.50 - 11.00

TCR SCR RQD

ES 1

ES 2

SPTSL 5

ES 3D 4

SPTCL 7D 6

20NANA

0NANA

13NANA

If

NANANA

NANANA

NANANA

Records/Samples

N=11 (2,3/2,3,3,3)

20% rec

N=23 (2,3/5,6,6,6)20% rec

N=30 (4,6/7,7,7,9)C 8 Recovered as D9D 9

SPTC N=40 (7,10/11,9,10,10)L 11 40% rec Recovered as B11B 10

SPTC N=48 (5,7/9,12,13,14)C 12

SPTC N=50 (10,12/14,12,12,12)L 14 10% rec Recovered as D15D 13

SPTC 50 (25 for 10mm/50 for 40mm)C 15 Recovered as D17D 16

L 18 20% rec Recovered as D19D 17

Date TimeCasing

03/10/160.00

1.20

2.00

3.00

4.00

5.00

6.50

8.00

03/10/169.50

04/10/169.50

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800Dry

0800Dry

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Medium dense brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone and quartzitic sandstone. Sand is fine to coarse. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of finer material. Recovered core comprises dense becoming very dense from 6.50 m brown locally greyish brown sandy subangular to subrounded fine to medium GRAVEL of sandstone and limestone. Sand is fine to coarse. Driller notes presence of cobbles. (GLACIAL TILL)

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.20) 0.20

(2.40)

2.60

(11.40)

+41.64

+39.24

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

03/10/2016

- End

05/10/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 24.00m. Open hole drilling from 24.00m to 28.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

41.84 mOD

E 314265.66

N 180697.92Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH01RSheet 1 of 3

1.20 28.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks1.20 - 24.00 SPT Hammer ID: AR1046

Energy Ratio: 68.00%

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 45: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

11.00 - 11.4511.00 - 12.5011.00 - 12.50

12.50 - 12.5512.50 - 14.0012.50 - 14.00

12.50 - 14.00

14.00 - 14.4514.00 - 15.5014.00 - 15.50

15.50 - 15.9515.50 - 17.0015.50 - 17.00

17.00 - 17.4517.00 - 18.50

18.50 - 18.9518.50 - 20.00

TCR SCR RQD

13NANA

If

NANANA

Records/Samples

SPTC N=43 (6,8/10,9,12,12)L 21 50% rec Recovered as B21B 20

SPTC 50 (25 for 20mm/50 for 30mm)C 22 Recovered as D23D 23

SPTC N=35 (4,9/8,8,9,10)L 25 20% rec Recovered as D25D 24

SPTC N=44 (5,8/7,11,13,13)L 27 20% rec Recovered as D27D 26

SPTC N=29 (2,6/7,8,7,7)L 28 70% rec

SPTS N=28 (3,4/6,7,7,8)L 29 70% rec

Date TimeCasing

11.00

12.50

14.00

04/10/1615.5015.50

05/10/1615.50

17.00

18.50

Water

Dry

Dry

Dry

1200DryDry

0800Dry

Dry

Dry

Main

Minimal recovery. Core loss presumed to be of finer material. Recovered core comprises dense brown very sandy subangular to subrounded fine to medium GRAVEL of sandstone and limestone. Sand is fine to coarse. Driller notes presence of cobbles. (GLACIAL TILL)

Reddish brown medium dense slightly silty fine to medium SAND. Rare subrounded to rounded fine gravel of sandstone and flint. Rare pockets (up to 5mm) of soft brown clay. (GLACIAL TILL)

Hole continues on next sheet

Detail

11.00-11.45 Locally dense.

Depth, Level(Thickness)

14.00

(3.00)

17.00

(4.30)

+27.84

+24.84

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

03/10/2016

- End

05/10/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 24.00m. Open hole drilling from 24.00m to 28.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

41.84 mOD

E 314265.66

N 180697.92Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH01RSheet 2 of 3

1.20 28.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 46: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

20.00 - 20.4520.00 - 21.5020.00 - 21.50

23.00 - 23.4523.00 - 24.0023.00 - 24.00

24.00 - 24.4524.00 - 28.00

TCR SCR RQD

If Records/Samples

SPTS N=30 (2,3/6,8,8,8)L 31 20% rec Recovered as D33D 30

SPTS N=38 (4,6/8,8,11,11)L 33 20% rec Recovered as D35D 32

SPTS N=29 (3,7/7,6,8,8)D 34

Date TimeCasing20.00

20.00

20.00

05/10/1620.00

WaterDry

Dry

Dry

140020.80

Main

Minimal recovery. Core loss presumed to be of finer material. Recovered core comprises medium dense to dense brown slightly reddish brown slightly gravelly slightly silty fine to coarse SAND. Gravel is rounded to subrounded fine to medium of flint and sandstone. Rare pockets (up to 5mm) of soft dark brown clay. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

21.30

(6.70)

28.00

+20.54

+13.84

Legend Backfill

1 -

1 -

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

03/10/2016

- End

05/10/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 24.00m. Open hole drilling from 24.00m to 28.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

41.84 mOD

E 314265.66

N 180697.92Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH01RSheet 3 of 3

1.20 28.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed1 23.00 Rose to 20.80 m after 20 minutes.

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 47: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.20 - 1.651.20

2.00 - 2.452.00

2.00 - 3.00

2.00 - 3.00

3.00 - 3.453.00 - 4.00

3.00 - 4.00

4.00 - 4.454.00 - 5.00

4.00 - 5.00

5.00 - 5.455.00 - 6.50

5.00 - 6.50

6.50 - 6.956.50 - 8.00

6.50 - 8.00

8.00 - 8.458.00 - 9.50

8.00 - 9.50

9.50 - 9.959.50 - 11.00

TCR SCR RQD

ES 1

ES 2

SPTCES 3

NANANA

NANANA

NANANA

NANANA

NANANA

NANANA

If Records/Samples

N=13 (2,3/3,3,3,4)

N=13 (2,3/2,3,4,4)ES 6 L 7 30% rec

SPTC N=27 (4,5/6,7,7,7)L 9 30% rec

SPTC N=37 (2,4/8,8,10,11)D 11

SPTC N=38 (6,5/8,10,10,10)D 13

SPTC N=36 (4,7/7,9,10,10)D 15

SPTC N=40 (4,6/8,9,13,10)D 17

SPTC N=40 (3,7/7,11,10,12)D 19

Date TimeCasing

27/09/160.00

1.20

2.00

3.00

4.00

5.00

6.50

8.00

9.50

Water

0800

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft to firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more granular material. Recovered core comprises of soft to firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more fine material. Recovered core comprises dense greyish brown sandy subangular to subrounded fine to medium GRAVEL of sandstone, flint and limestone. Sand is fine to coarse. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more fine material. Recovered core comprises dense light brown gravelly fine to coarse SAND. Gravel is subangular to subrounded fine to

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.20) 0.20

(1.80)

2.00

(1.10)

3.10

(6.40)

9.50

+44.09

+42.29

+41.19

+34.79

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

27/09/2016

- End

28/09/2016

Hands England 36 Lorry RigHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 25.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

44.29 mOD

E 314268.45

N 180824.14Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH03RSheet 1 of 3

0.00 25.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 48: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

9.50 - 11.00

11.00 - 11.4511.00 - 12.50

11.00 - 12.50

12.50 - 12.9512.50 - 14.00

12.50 - 14.00

14.00 - 14.4514.00 - 15.50

14.00 - 15.50

15.50 - 15.9515.50 - 17.00

15.50 - 17.00

17.00 - 17.4517.00 - 18.50

17.00 - 18.50

18.50 - 18.9518.50 - 20.00

18.50 - 20.00

TCR SCR RQD

NANANA

NANANA

NANANA

NANANA

NANANA

NANANA

NANANA

If Records/Samples

SPTC N=46 (4,9/10,10,13,13)D 21

SPTC N=37 (2,6/8,10,9,10)D 23

SPTC N=37 (4,6/9,9,9,10)D 25

SPTC N=40 (3,8/7,10,10,13)D 27

SPTC N=50 (9,11/14,10,11,15)D 29

SPTC N=42 (6,8/9,12,10,11)D 31

Date TimeCasing

11.00

12.50

27/09/1614.0014.0028/09/1614.00

15.50

17.00

18.50

Water

1800Dry

0800Dry

Main

medium of sandstone, flint, limestone, mudstone and quartz. Rare pockets of soft dark brown clay (up to 15mm). Drillers notes cobbles and boulders. (GLACIAL TILL)

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(15.50)

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

27/09/2016

- End

28/09/2016

Hands England 36 Lorry RigHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 25.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

44.29 mOD

E 314268.45

N 180824.14Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH03RSheet 2 of 3

0.00 25.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 49: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

20.00 - 20.45

20.00 - 21.50

21.50 - 21.59

21.50 - 23.00

23.00 - 23.45

23.00 - 25.00

TCR SCR RQD

NANANA

NANANA

NANANA

If Records/Samples

SPTC N=39 (5,5/9,10,9,11)

SPTC 50 (25 for 40mm/50 for 50mm)

SPTC N=40 (8,9/10,10,10,10)

Date TimeCasing20.00

21.50

23.00

28/09/1620.00

Water

1800Dry

Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

25.00 +19.29

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

27/09/2016

- End

28/09/2016

Hands England 36 Lorry RigHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 25.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

44.29 mOD

E 314268.45

N 180824.14Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH03RSheet 3 of 3

0.00 25.00 127 20.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 50: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.20 - 1.651.20

1.20 - 2.001.20 - 2.00

2.00 - 2.452.00 - 3.002.00 - 3.00

3.00 - 3.453.00 - 4.003.00 - 4.00

4.00 - 4.274.00 - 5.004.00 - 5.00

5.00 - 5.455.00 - 6.505.00 - 6.50

6.50 - 6.956.50 - 8.006.50 - 8.00

8.00 - 8.118.00 - 9.508.00 - 9.50

9.50 - 9.959.50 - 11.009.50 - 11.00

TCR SCR RQD

ES 1

ES 2

SPTCES 3L 1D 5

SPTCL 2D 7

SPTCL 3D 9

SPTCL 4

D 11

SPTCL 5

D 13

SPTCL 6

D 15

SPTCL 7

D 17

SPTCL 8

D 19

If Records/Samples

N=19 (3,4/3,5,5,6)

20% rec Recovered as D5

N=24 (4,5/6,6,6,6)20% rec Recovered as D7

N=30 (2,5/8,8,7,7)20% rec Recovered as D9

50 (11,10/32,18 for 45mm)20% rec Recovered as D11

N=45 (6,9/10,11,12,12)20% rec Recovered as D13

N=39 (4,6/9,9,9,12)20% rec Recovered as D15

50 (25 for 50mm/50 for 60mm)20% rec Recovered as D17

N=46 (7,10/9,13,13,11)20% rec Recovered as D19

Date TimeCasing

06/10/160.00

1.20

2.00

3.00

4.00

5.00

6.50

8.00

9.50

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

Dry

Main

Brown gravelly silty fine to coarse SAND. Gravel is subangular to subrounded fine to medium of sandstone. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more fine material. Recovered core comprises medium dense becoming very dense from 4.00m brown sandy slightly silty angular to subrounded fine to medium GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more fine material. Recovered core comprises dense brown sandy locally very sandy angular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Hole continues on next sheet

Detail

8.00-8.11 Locally very dense.

Depth, Level(Thickness)

(1.30)

1.30

(3.70)

5.00

+43.09

+39.39

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

06/10/2016

- End

06/10/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Dynamic sampling from 1.20m to 16.50m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

44.39 mOD

E 314357.90

N 180895.10Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:57 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH06RSheet 1 of 2

1.20 16.50 127 16.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks0.00 - 16.50 SPT Hammer ID: AR1046

Energy Ratio: 68.00%

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 51: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

11.00 - 11.4511.00 - 12.5011.00 - 12.50

12.50 - 12.9512.50 - 14.0012.50 - 14.00

14.00 - 14.4514.00 - 15.5014.00 - 15.50

15.50 - 15.9515.50 - 16.5015.50 - 16.50

16.50 - 16.95

TCR SCR RQD

SPTCL 9

D 21

SPTCL 10D 23

SPTCL 11D 25

SPTCL 12D 27

SPTC

If Records/Samples

N=46 (5,6/10,10,14,12)20% rec Recovered as D21

N=42 (3,8/9,11,11,11)20% rec Recovered as D23

N=44 (4,5/8,11,12,13)20% rec Recovered as D25

N=49 (9,9/9,12,13,15)20% rec Recovered as D27

16.50-16.50 Hole terminated at 16.50 m under instruction of site engineer.N=46 (6,8/9,11,12,14)

Date TimeCasing

11.00

12.50

14.00

15.50

06/10/1616.5016.50

Water

Dry

Dry

Dry

Dry

1800DryDry

Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(11.50)

16.50 +27.89

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

06/10/2016

- End

06/10/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Dynamic sampling from 1.20m to 16.50m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

44.39 mOD

E 314357.90

N 180895.10Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:57 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH06RSheet 2 of 2

1.20 16.50 127 16.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks16.50 - 16.50 Hole terminated at 16.50 m under instruction of site engineer.

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 52: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.20 - 1.651.20

1.20 - 2.00

2.00 - 2.452.00 - 3.002.00 - 3.00

3.00 - 3.453.00 - 4.003.00 - 4.00

3.00 - 4.00

4.00 - 4.454.00 - 5.004.00 - 5.00

5.00 - 5.125.00 - 6.505.00 - 6.50

5.00 - 6.50

6.50 - 6.956.50 - 8.006.50 - 8.00

8.00 - 8.458.00 - 9.508.00 - 9.50

9.50 - 9.959.50 - 11.009.50 - 11.00

TCR SCR RQD

ES 1

ES 2

SPTCES 3L 1

SPTCL 2D 7

NANANA

NANANA

If

NANANA

NANANA

Records/Samples

N=22 (4,3/5,6,5,6)

25% rec

N=26 (2,4/4,6,8,8)30% rec Recovered as D7

N=29 (4,6/6,8,8,7)C 3 Recovered as D9D 9

SPTC N=42 (7,12/9,10,11,12)L 4 30% rec Recovered as D11D 11

SPTC 50 (25 for 55mm/50 for 60mm)C 5 Recovered as D13D 13

SPTC N=39 (5,8/7,8,10,14)L 6 No Recovery D 15

SPTC N=39 (3,6/8,8,9,14)L 7 No Recovery D 17

SPTC N=46 (6,7/9,12,12,13)C 8 Recovered as D19D 19

Date TimeCasing

29/09/160.00

1.20

2.00

3.00

4.00

5.00

6.50

8.00

29/09/169.509.5030/09/169.50

Water

0800

Dry

Dry

Dry

Dry

Dry

Dry

Dry

1800DryDry

0800Dry

Main

Grass over soft dark brown slightly sandy slightly gravelly SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft to firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional rootlets. (GLACIAL TILL)

Minimal recovery. Core loss presumed to be of more granular material. Recovered core comprises dense brown sandy locally slightly clayey subangular to subrounded fine to medium GRAVEL of sandstone, quartzitic sandstone, limestone and conglomerate. Sand is fine to coarse. Drillers notes indicate presence of cobbles. (GLACIAL TILL)

Hole continues on next sheet

Detail

3.00-3.45 Locally medium dense.

5.00-5.12 Locally very dense.

Depth, Level(Thickness)

(0.20) 0.20

(2.20)

2.40

(8.60)

+49.83

+47.63

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

29/09/2016

- End

30/09/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 17.00m. Open hole drilling from 17.00m to 22.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.03 mOD

E 314070.50

N 180940.81Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH07RSheet 1 of 3

1.20 22.00 127 15.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks1.20 - 17.00 SPT Hammer ID: AR1046

Energy Ratio: 68.00%

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 53: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

9.50 - 11.00

11.00 - 11.4511.00 - 12.5011.00 - 12.50

12.50 - 12.5712.50 - 14.0012.50 - 14.00

12.50 - 14.00

14.00 - 14.4514.00 - 15.5014.00 - 15.50

15.50 - 15.6015.50 - 17.0015.50 - 17.00

17.00 - 17.0617.00 - 22.00

TCR SCR RQD

NANANA

NANANA

If

NANANA

NANANA

Records/Samples

SPTC N=43 (7,10/9,10,11,13)L 9 20% rec Recovered as D21D 21

SPTC 50 (25 for 30mm/50 for 40mm)C 10 D 23

SPTC N=49 (7,7/9,11,16,13)L 11 40% rec Recovered as D25D 25

SPTC 50 (25 for 60mm/50 for 40mm)L 12 10% rec Recovered as D27D 27

SPTC 50 (25 for 20mm/50 for 40mm)D 29

Date TimeCasing

11.00

12.50

14.00

15.00

15.00

Water

Dry

Dry

Dry

Dry

Dry

Main

Minimal recovery. Core loss presumed to be of more granular material. Recovered core comprises very dense locally dense brown very gravelly fine to coarse SAND. Gravel is subangular to rounded fine to medium of sandstone, quartzitic sandstone, limestone and conglomerate. Driller notes presence of cobbles and boulders. (GLACIAL TILL)

Minimal recovery. Open hole drilling. Recovered material comprises gravelly fine to coarse SAND. Gravel is angular fine to medium of sandstone. (GLACIAL TILL)

Hole continues on next sheet

Detail

11.00-11.45 Locally dense.

14.00-14.45 Locally dense.

Depth, Level(Thickness)

11.00

(6.00)

17.00

(5.00)

+39.03

+33.03

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

29/09/2016

- End

30/09/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 17.00m. Open hole drilling from 17.00m to 22.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.03 mOD

E 314070.50

N 180940.81Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH07RSheet 2 of 3

1.20 22.00 127 15.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 54: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

DepthTCR SCR RQD

If Records/SamplesDate TimeCasing

30/09/1615.00

Water

1800Dry

Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

22.00 +28.03

Legend Backfill

Borehole LogDrilled KO - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

29/09/2016

- End

30/09/2016

Hands England 36 LorryHand dug inspection pit from 0.00m to 1.20m. Alternating window sampling and rotary coring from 1.20m to 17.00m. Open hole drilling from 17.00m to 22.00m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.03 mOD

E 314070.50

N 180940.81Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:53:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH07RSheet 3 of 3

1.20 22.00 127 15.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 55: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.40

0.40 - 2.50

0.00 - 2.80

2.50 - 2.80

2.80 - 5.00

2.80 - 5.80

5.00 - 5.80

5.80 - 7.00

7.00 - 8.90

5.80 - 8.90

8.90 - 10.00

8.90 - 10.00

TCR SCR RQD

10000

10000

10000

10000

If Records/Samples

B 1

B 2

B 3

B 4

B 5

B 6

B 7

B 8

Flush: 0.00 - 19.00 Water 0%

Date TimeCasing

24/10/16

Water

0800

Main

Soft brown slightly sandy gravelly CLAY. Sand is fine to medium. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent roots and rootlets. (TOPSOIL)Soft to firm brown locally greyish brown slightly sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Firm to stiff brown locally greyish brown sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. (GLACIAL TILL)

Brown and greyish brown slightly clayey sandy subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with low cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Soft to firm brown and greyish brown sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Greyish brown sandy subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone and limestone. (GLACIAL TILL)

Greyish brown slightly clayey sandy rounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Dense greyish brown sandy subangular to subrounded fine to coarse GRAVEL of sandstone and limestone with medium cobble content. Sand is fine to coarse. Cobbles are subangular to

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.40)

0.40

(2.10)

2.50

(2.50)

5.00

(0.80)

5.80

(1.20)

7.00

(1.90)

8.90

(0.50)

9.40

+44.75

+42.65

+40.15

+39.35

+38.15

+36.25

+35.75

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

24/10/2016

SDC 550-18Sonic core drilling from GL to 20.00 mSampler diameter 125mm. Flush medium: Water.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

45.15 mOD

E 314214.30

N 180765.16Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:38 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH02SSheet 1 of 3

0.00 20.00 152 19.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks10.00 - 19.30 SPT Hammer ID: MJ2

Er%: 66

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 56: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

10.00 - 10.4510.00 - 11.5010.00 - 10.45

10.00 - 11.50

11.50 - 11.9511.50 - 12.2511.50 - 11.95

11.50 - 13.0012.25 - 13.00

13.00 - 13.4513.00 - 13.90

13.00 - 14.5013.90 - 14.10

14.10 - 14.30

14.30 - 14.50

14.50 - 14.9514.50 - 14.90

14.90 - 15.30

14.50 - 16.0015.30 - 16.00

16.00 - 16.4516.00 - 16.75

16.00 - 17.5016.75 - 17.50

17.50 - 17.9517.50 - 18.25

17.50 - 19.0018.25 - 19.00

19.00 - 19.3019.00 - 19.30

19.30 - 19.50

19.00 - 20.0019.50 - 19.6019.60 - 19.7519.75 - 20.00

TCR SCR RQD

10000

10000

10000

10000

10000

10000

10000

If Records/Samples

SPTS N=49 (2,2/5,14,15,15)B 9 D 28

SPTS N=40 (3,7/9,9,12,10)B 10 D 29

B 11

SPTC N=17 (1,2/3,4,5,5)B 12

B 13

B 14

B 15

SPTC N=16 (2,5/4,4,3,5)B 16

B 17

B 18

SPTC N=32 (2,5/7,7,8,10)B 19

B 20

SPTC N=16 (2 for 150 mm/1,4,4,7)B 21

B 22

SPTC 55 (1,1/5,50 for 75mm)B 23 B 24 D 25 D 26 B 27

Date TimeCasing9.50

10.50

12.00

14.00

16.00

17.50

19.00

24/10/1619.00

WaterWet

Wet

Wet

Wet

Wet

Wet

Wet

1645Wet

Main

subrounded of sandstone and limestone. (GLACIAL TILL)

Dense becoming medium dense from 13.00 m grey and brown slightly sandy clayey rounded to well rounded fine to coarse GRAVEL of limestone and sandstone with low cobble content. Sand is fine to coarse. Cobbles are rounded of limestone. (GLACIAL TILL)

Brown slightly clayey sandy rounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)Brown slightly clayey sandy subangular to subrounded fine to coarse GRAVEL of sandstone and limestone. Sand is fine to coarse. (GLACIAL TILL)Brown slightly clayey gravelly fine to coarse SAND. Gravel is rounded fine to coarse of sandstone. (GLACIAL TILL)Brown clayey sandy rounded to well rounded fine to coarse GRAVEL of sandstone. (GLACIAL TILL)Brown clayey SAND and GRAVEL. Sand is fine to coarse. Gravel is rounded to well rounded fine to coarse of sandstone. (GLACIAL TILL)Stiff brown slightly gravelly sandy CLAY. Sand is fine to coarse. Gravel is rounded fine to coarse of sandstone. (GLACIAL TILL)Dense grey and brown slightly clayey sandy rounded to well rounded fine to coarse GRAVEL of sandstone. Sand if fine to coarse. (GLACIAL TILL)

Medium dense multicoloured slightly clayey sandy rounded to well rounded fine to coarse GRAVEL of sandstone. Sand if fine to coarse. (GLACIAL TILL)

Very dense grey and brown slightly clayey sandy rounded to well rounded fine to coarse GRAVEL of sandstone. Sand if fine to coarse. (GLACIAL TILL)Brown clayey SAND and GRAVEL. Sand is fine to coarse. Gravel is rounded to well rounded fine to coarse of sandstone. (GLACIAL TILL)Greenish light grey slightly silty sandy rounded to

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(2.10)

11.50

(2.40)

13.90 (0.20) 14.10 (0.20) 14.30 (0.20) 14.50

(0.40)

14.90

(0.40)

15.30

(0.70)

16.00

(1.50)

17.50

(1.50)

19.00

(0.30)

19.30 (0.20)19.50 (0.10)19.60 (0.05)19.65 (0.10)19.75

(0.25) 20.00

+33.65

+31.25

+31.05

+30.85

+30.65

+30.25

+29.85

+29.15

+27.65

+26.15

+25.85

+25.65+25.55+25.50+25.40

+25.15

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

24/10/2016

SDC 550-18Sonic core drilling from GL to 20.00 mSampler diameter 125mm. Flush medium: Water.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

45.15 mOD

E 314214.30

N 180765.16Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:38 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH02SSheet 2 of 3

0.00 20.00 152 19.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 57: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

DepthTCR SCR RQD

If Records/SamplesDate TimeCasing Water Main

well rounded fine to coarse GRAVEL of sandstone. (GLACIAL TILL)Brown clayey SAND and GRAVEL. Sand is fine to coarse. Gravel is rounded to well rounded fine to coarse of sandstone. (GLACIAL TILL)Light grey and white slightly silty SAND and GRAVEL. Sand is fine to medium. Gravel is rounded fine to coarse of sandstone, quartzite and quartz. (GLACIAL TILL)Grey and brown slightly sandy clayey rounded to well rounded fine to coarse GRAVEL of sandstone with low cobble content. Cobbles are rounded of sandstone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

NK

AP

AP

24/10/2016

- End

24/10/2016

SDC 550-18Sonic core drilling from GL to 20.00 mSampler diameter 125mm. Flush medium: Water.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

45.15 mOD

E 314214.30

N 180765.16Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:38 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH02SSheet 3 of 3

0.00 20.00 152 19.00

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 58: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.54

0.54 - 3.00

0.00 - 3.00

3.00 - 5.60

3.00 - 6.00

5.60 - 6.00

6.00 - 7.00

7.00 - 8.00

6.00 - 9.00

8.00 - 9.00

9.00 - 10.00

TCR SCR RQD

4300

3300

9000

If Records/Samples

B 1

B 2

B 3

B 4

B 5

B 6

B 7

Flush: 0.00 - 17.50 Water 100%

B 8

Date TimeCasing

25/10/16

Water

0800

Main

Soft brown slightly gravelly slightly sandy silty CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. Frequent rootlets. Occasional roots (up to 3 mm diameter). (TOPSOIL)Soft to firm brown to greyish brown gravelly sandy CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and limestone. (GLACIAL TILL)

Soft brown gravelly silty CLAY with low cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are rounded of sandstone. (GLACIAL TILL)

Brown slightly clayey sandy subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Greyish brown slightly sandy clayey subangular to subrounded fine to coarse GRAVEL of limestone and sandstone with low cobble content. Sand is fine to coarse. Cobbles are subrounded of limestone. (GLACIAL TILL)

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.54)

0.54

(2.46)

3.00

(2.60)

5.60

(0.40)

6.00

(5.00)

+50.26

+47.80

+45.20

+44.80

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

25/10/2016

- End

26/10/2016

SDC 550-18Sonic core drilling from GL to 20.20 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.80 mOD

E 314309.35

N 180908.46Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH04SSheet 1 of 3

0.00 20.20 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 59: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

10.00 - 11.00

9.00 - 11.70

11.00 - 11.30

11.30 - 11.90

11.90 - 12.10

12.10 - 12.90

11.70 - 13.9012.90 - 13.10

13.10 - 13.30

13.30 - 13.90

13.90 - 14.20

14.20 - 15.00

13.90 - 15.9015.00 - 15.90

15.90 - 17.30

15.90 - 17.30

17.30 - 18.10

17.30 - 18.50

18.10 - 19.10

18.50 - 18.95

19.10 - 20.20

18.50 - 20.20

TCR SCR RQD

7400

9100

13500

17100

15000

10600

If Records/Samples

B 9

B 10

B 11

B 12

B 13

B 14

B 15

B 16

B 17

B 18

B 19

B 20

B 21

B 22

SPTC N=45 (3,13/15,12,11,7)

B 23

Date TimeCasing

17.50

25/10/1617.50

Water

Dry

1700

Main

Brown slightly sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. Occasional rootlets. (GLACIAL TILL)

Grey sandy slightly clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Soft to firm gravelly sandy CLAY. Sand is fine to medium. Gravel is subrounded fine to coarse of sandstone. (GLACIAL TILL)Brown and greyish brown slightly clayey sandy subangular fine to coarse GRAVEL of sandstone and limestone with low cobble content. Sand is fine to coarse. Cobbles are subangular of limestone and sandstone. (GLACIAL TILL)Stiff mottled reddish brown gravelly CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional pockets of black organic material (up to 20 mm diameter). (GLACIAL TILL)Light pink sandy angular to subangular fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Light yellow sandy angular to subangular fine to coarse GRAVEL of sandstone. (GLACIAL TILL)

Brown mottled yellow and grey sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)Yellow sandy subangular fine to coarse GRAVEL of sandstone and limestone with low cobble content. Sand is fine to coarse. Cobbles are subangular of sandstone and limestone. (GLACIAL TILL)

Brown mottled reddish brown and pale yellow sandy clayey subangular fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)

Dense brown slightly gravelly clayey fine to coarse SAND. Gravel is subrounded fine to coarse of sandstone. (GLACIAL TILL)

Stiff brown slightly gravelly sandy CLAY. Sand is fine to coarse. Gravel is subrounded fine to coarse of sandstone. (GLACIAL TILL)

Hole continues on next sheet

Detail

14.25-14.35 White band

15.30-15.45 Pale yellow band

15.45-15.50 White band

15.90-15.95 Pale yellow ban

16.15-16.20 Brown band

16.40-16.45 White ban

16.70-16.73 White band

16.90-17.05 Pink band

17.05-17.30 Pale yellow band

Depth, Level(Thickness)

11.00

(0.30)

11.30

(0.60)

11.90 (0.20) 12.10

(0.80)

12.90 (0.20) 13.10 (0.20) 13.30

(0.60)

13.90

(0.30)

14.20

(3.10)

17.30

(0.80)

18.10

(1.00)

19.10

(1.10)

+39.80

+39.50

+38.90

+38.70

+37.90

+37.70

+37.50

+36.90

+36.60

+33.50

+32.70

+31.70

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

25/10/2016

- End

26/10/2016

SDC 550-18Sonic core drilling from GL to 20.20 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.80 mOD

E 314309.35

N 180908.46Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH04SSheet 2 of 3

0.00 20.20 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks18.50 - 20.45 SPT Hammer ID: MJ2

Er%: 66

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 60: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

20.00 - 20.45

TCR SCR RQD

If Records/Samples

SPTC N=60 (2,3/8,14,15,23)

Date TimeCasing17.50

WaterDry

Main

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

20.20 +30.60

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

25/10/2016

- End

26/10/2016

SDC 550-18Sonic core drilling from GL to 20.20 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

50.80 mOD

E 314309.35

N 180908.46Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH04SSheet 3 of 3

0.00 20.20 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 61: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.00 - 0.40

0.40 - 4.40

0.00 - 3.00

4.40 - 5.203.00 - 6.00

5.20 - 5.60

5.60 - 6.00

6.00 - 8.00

6.00 - 9.00

8.00 - 8.45

8.45 - 8.70

8.70 - 9.00

9.00 - 9.60

9.00 - 10.009.60 - 9.75

9.75 - 10.00

TCR SCR RQD

4800

7700

6700

8500

If Records/Samples

B 1

B 2

B 3

B 4

B 5

B 6

B 7

B 8

B 9 Flush: 0.00 - 17.50 Water 80%

B 10

B 11 B 12

Date TimeCasing

26/10/16

Water

0800

Main

Soft brown slightly gravelly sandy CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Sand is fine to medium. Occasional rootlets. (TOPSOIL)Soft to firm mottled light brown and reddish brown slightly gravelly sandy CLAY with low cobble content. Sand is fine to medium. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular of sandstone. Rare rootlets. (GLACIAL TILL)

Firm brown gravelly slightly sandy CLAY with medium cobble content. Sand is fine to medium. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Greyish brown mottled red and black clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Occasional pockets of black organic material (up to 5 mm diameter). (GLACIAL TILL)Stiff brown mottled greenish grey gravelly sandy CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)Firm to stiff brown mottled reddish brown gravelly CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Rare rootlets. (GLACIAL TILL)

Stiff dark brown slightly sandy gravelly CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone and mudstone. Occasional pockets of black organic material (up to 15 mm diameter). Rare pockets of yellow sand (up to 15 mm diameter). (GLACIAL TILL)Light orangish brown sandy angular to subangular fine to coarse GRAVEL of limestone. Sand is fine to coarse. (GLACIAL TILL)Dark greenish brown slightly sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Occasional pockets of black organic material (up to 15 mm diameter). (GLACIAL TILL)Firm greyish brown gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of

Hole continues on next sheet

DetailDepth, Level

(Thickness)

(0.40)

0.40

(4.00)

4.40

(0.80)

5.20

(0.40)

5.60

(0.40)

6.00

(2.00)

8.00

(0.45)

8.45 (0.25) 8.70

(0.30)

9.00

(0.60)

9.60 (0.15) 9.75 (0.25) 10.00

+54.61

+50.61

+49.81

+49.41

+49.01

+47.01

+46.56

+46.31

+46.01

+45.41

+45.26

+45.01

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

26/10/2016

- End

27/10/2016

SDC 550-18Sonic core drilling from GL to 22.30 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

55.01 mOD

E 313973.13

N 180999.49Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH08SSheet 1 of 3

0.00 22.30 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 62: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

10.00 - 10.3010.00 - 11.50

10.00 - 13.0011.50 - 12.00

12.00 - 12.48

12.48 - 14.30

13.00 - 13.45

14.30 - 14.7013.00 - 15.90

14.70 - 15.30

15.30 - 15.50

15.50 - 15.90

15.90 - 17.0015.90 - 18.0016.00 - 16.45

15.90 - 18.00

18.00 - 18.50

18.00 - 19.0018.50 - 19.00

19.00 - 19.1619.00 - 20.90

TCR SCR RQD

7700

8600

10000

13000

If Records/Samples

SPTC 41 (2,5/7,34 for 75mm)B 13

B 14

B 15

B 16

SPTC N=50 (6,8/11,10,12,17)

B 17

B 18

B 19

B 20

B 21 B 22 SPTC N=49 (2,5/7,13,13,16)

B 23

B 24

SPTC 6 (19,26/6 for 10mm)B 25

Date TimeCasing9.00

12.00

15.00

19.00

WaterDry

Dry

Dry

Dry

Main

sandstone, mudstone and rare coal. Rare pockets of dark brown to black organic material (up to 20 mm diameter). (GLACIAL TILL)Soft brown gravelly sandy CLAY. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)Greenish grey slightly sandy clayey subangular fine to coarse GRAVEL of sandstone with low cobble content. Sand is fine to coarse. (GLACIAL TILL)Brown mottled to light brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)Greyish brown slightly clayey sandy subangular to subrounded GRAVEL of sandstone with medium cobble content. Sand is fine to coarse. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)Greyish brown clayey subangular to subrounded fine to coarse GRAVEL of sandstone with high cobble content. Cobbles are subrounded of sandstone. (GLACIAL TILL)Very dense brown to mottled reddish brown sandy angular to subangular fine to coarse GRAVEL of sandstone. (GLACIAL TILL)

Greenish to greyish brown slightly sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)Greyish brown to brown slightly clayey sandy subangular to subrounded fine to coarse GRAVEL of sandstone. Sand is fine to coarse. (GLACIAL TILL)Dark greyish brown slightly sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Rare pockets of black organic material (up to 10 mm diameter). (GLACIAL TILL)Light pinkish grey sandy angular to subangular fine to coarse GRAVEL of sandstone. (GLACIAL TILL)Dense brown sandy angular to subangular fine to coarse GRAVEL of sandstone. (GLACIAL TILL)

Brown to mottled black sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone. Occasional pockets of black organic material (up to 20 mm diameter). Rare pockets of orange fine to coarse sand (up to 10 mm diameter). Sand is fine to coarse. (GLACIAL TILL)Brown sandy subangular to subrounded fine to coarse GRAVEL of sandstone. (GLACIAL TILL)Loose brown sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone with low cobble content. Sand is fine to coarse. Cobbles are subangular of sandstone. Rare pockets of grey sand.. (GLACIAL TILL)

Hole continues on next sheet

Detail

14.20-14.30 Black band.

16.57-16.65 Grey band

17.30-17.40 Grey band

18.55-18.65 Yellowish brown

band18.75-18.80 Pink

band

Depth, Level(Thickness)

(1.50)

11.50

(0.50)

12.00

(0.48)

12.48

(1.82)

14.30

(0.40)

14.70

(0.60)

15.30 (0.20) 15.50

(0.40)

15.90

(2.10)

18.00

(0.50)

18.50

(0.50)

19.00

(1.90)

+43.51

+43.01

+42.53

+40.71

+40.31

+39.71

+39.51

+39.11

+37.01

+36.51

+36.01

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

26/10/2016

- End

27/10/2016

SDC 550-18Sonic core drilling from GL to 22.30 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

55.01 mOD

E 313973.13

N 180999.49Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH08SSheet 2 of 3

0.00 22.30 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks13.00 - 22.48 SPT Hammer ID: MJ2

Er%: 66

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 63: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

19.00 - 22.30

20.90 - 21.20

21.20 - 22.30

22.30 - 22.48

TCR SCR RQD

7000

If Records/Samples

B 26

B 27

SPTC 21 (4,29/21 for 30mm)

Date TimeCasing

27/10/1617.5022.30

Water

1200

Dry

Main

Firm gravelly sandy SILT. Sand is fine to coarse. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)Stiff brown to dark brown gravelly CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. Occasional pockets of black organic material (up to 10 mm diameter). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

20.90

(0.30)

21.20

(1.10)

22.30

+34.11

+33.81

+32.71

Legend Backfill

Borehole LogDrilled PH - Start Equipment, Methods and Remarks Depth from

(m)to

(m)Diameter

(mm)Casing Depth

(m)Logged

Checked

Approved

RS

AP

AP

26/10/2016

- End

27/10/2016

SDC 550-18Sonic core drilling from GL to 22.30 m.

Samples and Tests Strata Description

Ground Level

Coordinates (m)

National Grid

55.01 mOD

E 313973.13

N 180999.49Text

Text

-

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:50 (c) ESG www.esg.co.uk05/01/2017 15:55:41 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Borehole

BH08SSheet 3 of 3

0.00 22.30 152 17.50

Groundwater EntriesNo. Depth Strike Remarks Depth Sealed

Depth Related RemarksDepths (m) Remarks

Chiselling DetailsDepths (m) Duration (mins) Tools used

Page 64: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70

0.90 - 1.00

1.20

Type & No.

ES1

ES2

B3

B4

ES5

Records Main

Soft brown silty CLAY. (TOPSOIL)

Soft reddish brown gravelly clayey SILT with medium cobble content. Gravel is subangular to subrounded medium to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Greyish brown sandy slightly clayey subrounded to rounded fine to coarse GRAVEL of sandstone with medium cobble content. Sand is fine to coarse. Cobbles are subrounded to rounded of sandstone (up to 250mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.75)

0.90

(1.10)

2.00

+45.23

+44.48

+43.38

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

11/10/2016

- End

11/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machince excavated trial pit from 0.00m to 2.00m.

Dimension and OrientationText

Width 1.50 m

Length 2.40 mText

Text

142 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

45.38 mOD

E 314300.12

N 180704.18

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA01Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 65: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80

1.40

1.50 - 1.60

Type & No.

ES1

ES2

B3

ES4

B5

Records Main

Soft brown silty CLAY. Frequent roots. (TOPSOIL)

Firm brown gravelly silty CLAY with medium cobble content. Gravel is subrounded to subangular fine to coarse of sandstone. Cobbles are subrounded to subangular of sandstone (up to 400mm). (GLACIAL TILL)

Grey sandy clayey subangular to subrounded fine to coarse GRAVEL of sandstone and dolomitic limestone with a high cobble and boulder content. Sand is fine to coarse. Cobbles and boulders subangular to subrounded of sandstone and dolomitic limestone (up to 600mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(0.95)

1.20

(0.90)

2.10

+42.17

+41.22

+40.32

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

07/10/2016

- End

07/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 2.10m.

Dimension and OrientationText

Width 0.80 m

Length 2.70 mText

Text

124 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

42.42 mOD

E 314290.10

N 180781.56

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable. Some localised collapsing.

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA02Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 66: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80

1.20

1.90 - 2.40

Type & No.

ES1

ES2

B3

ES4

B5

Records Main

Soft brown clayey SILT with occasional subangular to subrounded fine to coarse gravel of sandstone. (GLACIAL TILL)

Soft brown slightly gravelly silty CLAY with low cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Soft grey, brown and orangish brown gravelly silty CLAY with medium cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone (up to 400mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.40)

0.40

(1.50)

1.90

(0.50)

2.40

+43.78

+42.28

+41.78

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

10/10/2016

- End

10/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 2.40m.Unable to carry out soakaway tests due to pit instability.

Dimension and OrientationText

Width 0.80 m

Length 2.50 mText

Text

138 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

44.18 mOD

E 314246.83

N 180818.31

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:55 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA03Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks1.90 - 2.40 Very damp

Page 67: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.00

1.20

Type & No.

ES1

ES2

B3

ES4

Records Main

Soft brown clayey SILT. Occasional subangular to subrounded fine to coarse gravel of sandstone. (TOPSOIL)

Soft brown gravelly clayey SILT with medium cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone. (GLACIAL TILL)

Greyish brown silty clayey angular to subangular fine to coarse GRAVEL of dolomitic limestone and sandstone with high cobble content. Cobbles are angular to subangular of dolomitic limestone and sandstone (up to 400mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.40)

0.40

(0.30)

0.70

(1.40)

2.10

+46.80

+46.50

+45.10

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

10/10/2016

- End

10/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 2.10m.

Dimension and OrientationText

Width 1.50 m

Length 2.50 mText

Text

128 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

47.20 mOD

E 314171.12

N 180818.76

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA04Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 68: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.90

1.201.20 - 1.40

Type & No.

ES1

ES2

B3

ES4B5

Records Main

Soft brown slightly silty CLAY with frequent roots. (TOPSOIL)

Soft orangish brown slightly gravelly silty CLAY with low cobble content. Gravel is subangular fine to coarse of sandstone. Cobbles are subangular of sandstone (up to 150mm). (GLACIAL TILL)

Brown sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone with high cobble content and low boulder content (up to 650 mm). Sand is fine to coarse. Cobbles and boulders are subangular to rounded of sandstone. Occasional boulders of subangular to rounded sandstone (up to 650mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(0.45)

0.70

(1.30)

2.00

+43.14

+42.69

+41.39

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

06/10/2016

- End

06/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machince excavated trial pit from 0.00m to 2.00m.

Dimension and OrientationText

Width 0.50 m

Length 2.50 mText

Text

164 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

43.39 mOD

E 314390.32

N 180857.08

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable. Considerable collapsing below 0.90m.

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA05Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 69: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80

1.20

1.80 - 1.90

2.00 - 2.10

Type & No.

ES1

ES2

B3

ES4

B5

B6

Records Main

Soft brown clayey SILT. (TOPSOIL)

Firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to medium of sandstone. (GLACIAL TILL).

Firm greyish brown gravelly slightly sandy slightly silty CLAY with high cobble content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles are angular to subrounded of sandstone (up to 400mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(1.80)

2.00

(0.50)

2.50

+42.72

+40.92

+40.42

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

14/10/2016

- End

14/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 2.50m.

Dimension and OrientationText

Width 0.70 m

Length 2.90 mText

Text

186 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

42.92 mOD

E 314306.22

N 180885.11

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA06Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 70: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70

1.20

1.60 - 1.80

2.20 - 2.30

Type & No.

ES1

ES2

B3

ES4

B5

B6

Records Main

Soft to firm brown clayey SILT. (TOPSOIL)

Firm brown gravelly clayey SILT with a medium cobble content. Gravel is angular to subrounded medium to coarse of sandstone. Cobbles are angular to subrounded of sandstone (up to 200mm). (GLACIAL TILL)

Soft greyish brown and orangish brown gravelly silty CLAY with high cobble and low boulder content. Gravel is angular to subrounded fine to coarse of dolomitic limestone and sandstone. Cobbles and boulders are angular to subrounded of dolomitic limestone and sandstone (up to 450mm). (GLACIAL TILL)

Dense brownish grey sandy clayey subangular to subrounded fine to coarse GRAVEL of dolomitic limestone and sandstone with a medium to high cobble and low boulder content. Sand is fine to coarse. Cobbles and boulders are subangular to subrounded of dolomitic limestone and sandstone (up to 300mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(0.85)

1.10

(1.05)

2.15

(0.35)

2.50

+46.60

+45.74

+44.70

+44.34

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

LL

AP

- Start

13/10/2016

- End

13/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 2.50m.

Dimension and OrientationText

Width 0.90 m

Length 2.70 mText

Text

102 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

46.84 mOD

E 314256.29

N 180896.57

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable between 1.10 m and 2.15 m.

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:56 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA07Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks1.10 - 2.15 Poor stability.

Page 71: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.90

1.20

1.80 - 2.00

Type & No.

ES1

ES2

B3

ES4

B5

Records Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to coarse of sandstone. (TOPSOIL)Soft brown gravelly clayey SILT with medium cobble and low boulder content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles and boulders are subangular to subrounded of sandstone (up to 370mm). (GLACIAL TILL)

Soft to firm greyish brown, orangish brown and brown gravelly silty CLAY with medium to high cobble and low boulder content. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles and boulders are angular to subrounded of sandstone (up to 400mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(1.35)

1.50

(0.85)

2.35

+50.26

+48.91

+48.06

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

LL

AP

- Start

12/10/2016

- End

12/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machince excavated trial pit from 0.00m to 2.35m.

Dimension and OrientationText

Width 0.60 m

Length 2.40 mText

Text

8 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

50.41 mOD

E 314168.83

N 180944.78

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:57 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA08Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 72: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.60

0.90 - 1.00

Type & No.

ES1

ES2

B3

B4

Records Main

Soft brown silty CLAY. (TOPSOIL)

Soft to firm brown gravelly clayey SILT with medium to high cobble content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone (up to 300mm). (GLACIAL TILL)

Soft reddish brown, orangish brown and brown gravelly silty CLAY with a high cobble content. Gravel is angular to subrounded fine to coarse of dolomitic limestone and sandstone. Cobbles are angular to subrounded of dolomitic limestone and sandstone (up to 450mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.65)

0.80

(1.20)

2.00

+52.36

+51.72

+50.52

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

11/10/2016

- End

11/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 2.00m.

Dimension and OrientationText

Width 0.90 m

Length 2.80 mText

Text

36 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

52.52 mOD

E 314051.24

N 180924.74

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:57 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA09Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks0.80 - 2.00 Damp

Page 73: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.500.50 - 1.10

1.20

2.00 - 2.20

Type & No.

ES1

ES2B3

ES4

B5

Records Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Firm brown slightly sandy gravelly silty CLAY with low to medium cobble content. Sand is fine. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles are angular to subrounded of sandstone (up to 450mm). (GLACIAL TILL)

Firm reddish brown and greenish grey slightly sandy gravelly slightly silty CLAY. Sand is fine. Gravel is angular to subrounded fine to coarse of limestone and sandstone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.95)

1.10

(1.10)

2.20

+53.96

+53.01

+51.91

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

24/10/2016

- End

24/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 2.20m.

Dimension and OrientationText

Width 0.90 m

Length 2.50 mText

Text

110 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

54.11 mOD

E 313954.21

N 181009.42

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Rain -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:56:57 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

SA10Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 74: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

1.00 - 1.30

1.20

2.00

2.50

Type & No.

ES1

ES2

LB3

ES4

B5

B6

Records

6 Bulk Bags

Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Firm brown slightly gravelly silty CLAY. Gravel is subangular to rounded fine to coarse of sandstone. (GLACIAL TILL)

Greyish brown slightly sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone, quartzite and limestone with high cobble and boulder content. Sand is fine to coarse. Cobbles and boulders are subangular to rounded of sandstone, quartzite and limestone (up to 450mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.50)

0.70

(1.80)

2.50

+41.35

+40.85

+39.05

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

17/10/2016

- End

17/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 2.50m.Pit terminated at 2.50m due to collapse.

Dimension and OrientationText

Width 1.70 m

Length 2.80 mText

Text

162 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

41.55 mOD

E 314274.11

N 180686.95

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:57:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP03Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 75: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.30 - 0.50

0.50

1.00 - 1.20

1.20

1.60 - 1.80

2.20 - 2.40

2.80 - 3.00

Type & No.

ES1

B2

ES3

B4

ES5

B6

B7

B8

Records Main

Soft brown silty CLAY with frequent roots. (TOPSOIL)

Soft orangish brown gravelly silty CLAY with low cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 500mm) (GLACIAL TILL)

Multicoloured sandy clayey subangular to rounded fine to coarse GRAVEL of sandstone with medium cobble and boulder content. Sand is fine to coarse. Cobbles and boulders are subangular to rounded of sandstone (up to 450mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(1.40)

1.60

(1.40)

3.00

+41.85

+40.45

+39.05

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

21/10/2016

- End

21/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.80 m

Length 2.80 mText

Text

178 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

42.05 mOD

E 314299.21

N 180731.30

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable from 1.60m

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:57:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP04Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 76: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70

1.201.20 - 1.50

2.00 - 2.30

2.90 - 3.00

Type & No.

ES1

ES2

B3

ES4LB5

LB6

B7

Records

6 Bulk Bags

6 Bulk Bags

Main

Soft to firm brown clayey SILT with frequent roots. (TOPSOIL)

Firm brown gravelly slightly silty CLAY with medium cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 300mm). (GLACIAL TILL)

Firm brown gravelly slightly silty CLAY with medium and boulder cobble content. Gravel is angular to subrounded fine to coarse of sandstone and limestone. Cobbles and boulders are angular to subrounded of sandstone and limestone (up to 250mm). (GLACIAL TILL)

Brown slightly sandy slightly clayey angular to subrounded fine to coarse GRAVEL of sandstone, limestone and quartzite with high cobble, boulder and large boulder content. Sand is fine to coarse. Cobbles, boulders and large boulders are angular to subrounded of sandstone and limestone (up to 650mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(0.55)

0.80

(0.70)

1.50

(1.50)

3.00

+44.09

+43.54

+42.84

+41.34

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

17/10/2016

- End

17/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 2.10 m

Length 2.90 mText

Text

96 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

44.34 mOD

E 314327.10

N 180732.21

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Showers -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:57:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP05Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 77: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.30 - 0.50

0.50

0.80 - 0.90

1.20

1.40 - 1.60

1.70 - 1.90

2.40 - 2.60

Type & No.

ES1

B2

ES3

B4

ES5

B6

B7

B8

Records Main

Soft brown silty CLAY with frequent roots. (TOPSOIL)

Soft brown gravelly silty CLAY with medium cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 300mm). (GLACIAL TILL)

Soft to firm reddish brown, brown and yellowish brown slightly sandy gravelly CLAY with medium cobble and boulder content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of limestone, quartzite and sandstone. Cobbles and boulders are angular to subrounded of sandstone, limestone and quartzite (up to 400mm). (GLACIAL TILL)

Greyish brown slightly sandy clayey angular to subrounded fine to coarse GRAVEL of limestone, sandstone and quartzite with high cobble and boulder content. Sand is fine to coarse. Cobbles and boulders are angular to subrounded of limestone, sandstone and quartzite (up to 450mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.55)

0.70

(1.00)

1.70

(0.90)

2.60

+41.04

+40.49

+39.49

+38.59

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

21/10/2016

- End

21/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 2.60m.Pit terminated at 2.60m due to instability.

Dimension and OrientationText

Width 1.90 m

Length 2.80 mText

Text

72 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

41.19 mOD

E 314361.90

N 180794.93

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:57:58 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP06Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 78: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80

1.201.20 - 1.50

2.00 - 2.30

2.80 - 3.00

Type & No.

ES1

ES2

B3

ES4LB5

LB6

B7

Records

6 Bulk Bags

6 Bulk Bags

Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Soft to firm brown slightly sandy gravelly silty CLAY with medium cobble and boulder content. Sand is fine to coarse. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 300mm). (GLACIAL TILL)

Greyish brown sandy slightly clayey subangular to rounded fine to coarse GRAVEL of sandstone with low to medium cobble and boulder content. Sand is fine to coarse. Cobbles and boulders are subangular to rounded of sandstone (up to 350mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(1.40)

1.60

(1.40)

3.00

+47.07

+45.67

+44.27

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

17/10/2016

- End

17/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.10 m

Length 2.70 mText

Text

44 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

47.27 mOD

E 314299.81

N 180794.69

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:57:59 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP07Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 79: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.30 - 0.50

0.50

0.80 - 0.90

1.20

1.40 - 1.60

2.10 - 2.20

2.80 - 3.00

Type & No.

ES1

B2

ES3

B4

ES5

B6

B7

B8

Records Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Soft brown slightly gravelly clayey SILT with low cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 250mm). (GLACIAL TILL)

Soft to firm light brown gravelly silty CLAY with low cobble and boulder content. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles and boulders are angular to subrounded of sandstone (up to 300mm). (GLACIAL TILL)

Greyish brown slightly sandy slightly clayey angular to subrounded fine to coarse GRAVEL of quartzite, limestone and sandstone with high cobble content. Sand is fine to coarse. Cobbles angular to subrounded of quartzite, limestone and sandstone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.60)

0.75

(0.55)

1.30

(1.70)

3.00

+47.12

+46.52

+45.96

+44.26

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

20/10/2016

- End

20/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.10 m

Length 2.90 mText

Text

144 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

47.26 mOD

E 314238.85

N 180795.69

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:00 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP08Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 80: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.90

1.20

2.00 - 2.40

Type & No.

ES1

ES2

B3

ES4

LB5

Records

6 Bulk bags

Main

Soft brown clayey SILT. Occasional subrounded fine to medium gravel of sandstone. (TOPSOIL)

Soft orangish brown slightly gravelly silty CLAY with low cobble and boulder content. Gravel is subangular to subrounded fine to coarse of sandstone. Cobbles and boulders are subangular to subrounded of sandstone (up to 250mm). (GLACIAL TILL)

Greyish brown silty clayey angular to subangular fine to coarse GRAVEL of dolomitic limestone and sandstone with medium to high cobble and boulder content. Cobbles and boulders are angular to subangular of dolomitic limestone and sandstone (up to 350mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.35)

0.35

(1.05)

1.40

(1.60)

3.00

+47.34

+46.29

+44.69

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

10/10/2016

- End

10/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.50 m

Length 2.50 mText

Text

230 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

47.69 mOD

E 314181.71

N 180796.64

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:00 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP09Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 81: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.30 - 0.50

0.50

1.00 - 1.20

1.20

1.40 - 1.60

2.00 - 2.20

2.80 - 3.00

Type & No.

ES1

B2

ES3

B4

ES5

B6

B7

B8

Records Main

Firm brown clayey SILT with frequent roots. (TOPSOIL)

Soft to firm brown slightly gravelly silty sandy CLAY with medium cobble and boulder content. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles and boulders are angular to subrounded of sandstone (up to 300mm). (GLACIAL TILL)

Soft to firm reddish brown and yellowish brown slightly sandy gravelly silty CLAY with medium cobble and boulder content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles and boulders are angular to subrounded of sandstone (up to 475mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.70)

0.90

(2.10)

3.00

+42.52

+41.82

+39.72

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

21/10/2016

- End

21/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.60 m

Length 2.90 mText

Text

170 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

42.72 mOD

E 314363.57

N 180849.54

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:00 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP10Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 82: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.30 - 0.50

0.50

0.80 - 0.90

1.20

1.60 - 1.80

2.30 - 2.50

2.80 - 3.00

Type & No.

ES1

B2

ES3

B4

ES5

B6

B7

B8

Records Main

Firm brown clayey SILT with frequent roots. (TOPSOIL)

Firm brown and reddish brown slightly gravelly clayey SILT with low cobble content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles are subangular to subrounded of sandstone (up to 200mm). (GLACIAL TILL)

Firm greyish brown and reddish brown slightly sandy gravelly silty CLAY with medium cobble and boulder content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles are angular to subrounded of sandstone (up to 250mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.55)

0.75

(2.25)

3.00

+43.94

+43.39

+41.14

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

20/10/2016

- End

20/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.80 m

Length 2.80 mText

Text

168 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

44.14 mOD

E 314300.73

N 180849.19

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:01 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP11Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks2.20 - 3.00 Unstable

Page 83: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70 - 0.80

1.20

1.70 - 1.80

2.20 - 2.40

2.50 - 2.70

2.80 - 3.00

Type & No.

ES1

ES2

B3

ES4

B5

B6

LB7

B8

Records

6 Bulk Bags

Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Soft to firm slightly gravelly silty CLAY. Gravel is subrounded to rounded fine to medium of sandstone. (GLACIAL TILL)

Soft grey, reddish brown and orangish brown slightly sandy gravelly slightly silty CLAY with medium cobble and boulder content. Sand is fine to medium. Gravel is angular to subrounded fine to coarse of sandstone and dolomitic limestone. Cobbles and boulders are angular to subrounded of sandstone and dolomitic limestone (up to 450mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.30)

0.30

(1.90)

2.20

(0.80)

3.00

+45.20

+43.30

+42.50

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

18/10/2016

- End

18/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.80 m

Length 3.00 mText

Text

30 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

45.50 mOD

E 314238.84

N 180850.84

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:02 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP12Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 84: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.200.20 - 0.40

0.50

0.70 - 0.80

1.20

1.60 - 1.80

2.20 - 2.40

2.80 - 3.00

Type & No.

ES1B2

ES3

B4

ES5

B6

B7

B8

Records Main

Soft brown slightly gravelly clayey SILT. Gravel is subangular to subrounded fine to medium of sandstone. Frequent roots. (TOPSOIL)

Firm to stiff light brown and reddish brown slightly gravelly clayey SILT with low cobble content. Gravel is subangular to rounded fine to coarse of sandstone, limestone and siltstone. Cobbles are angular of limestone and lithorelicts of siltstone (up to 200mm). (GLACIAL TILL)

Multicoloured gravelly slightly silty CLAY with low to medium cobble and boulder content. Gravel is angular to subrounded fine to coarse of sandstone and limestone. Cobbles and boulders are angular to subrounded of sandstone and limestone (up to 350mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.55)

0.55

(1.65)

2.20

(0.80)

3.00

+45.83

+44.18

+43.38

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

20/10/2016

- End

20/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.80 m

Length 2.80 mText

Text

38 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

46.38 mOD

E 314214.00

N 180851.88

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable from 2.20 m

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:02 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP13Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks1 2.20m-3.00m Wet

RemarksDepth (m) Remarks

Page 85: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70 - 0.80

1.20

1.60 - 1.80

2.30 - 2.50

2.80 - 3.00

Type & No.

ES1

ES2

B3

ES4

B5

LB6

B7

Records

6 Bulk Bags

Main

Soft brown silty CLAY with frequent roots. (TOPSOIL)

Firm brown silty CLAY. Occasional subangular to subrounded fine to coarse gravel of sandstone. (GLACIAL TILL)

Firm brown slightly gravelly silty CLAY with low cobble content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles are subangular to rounded of sandstone (up to 200mm). (GLACIAL TILL)

Firm light brown gravelly silty CLAY with low cobble and boulder content. Gravel is angular to subangular fine to coarse of limestone. Cobbles and boulders are angular to subangular of limestone (up to 250mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.30)

0.30

(0.90)

1.20

(0.90)

2.10

(0.90)

3.00

+48.55

+47.65

+46.75

+45.85

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

18/10/2016

- End

18/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.10 m

Length 2.90 mText

Text

Text

Ground Level

Coordinates (m)

National Grid

48.85 mOD

E 314121.76

N 180852.71

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:03 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP14Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 86: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80 - 1.00

1.20

2.00 - 2.30

2.80 - 3.00

Type & No.

ES1

ES2

LB3

ES4

LB5

B6

Records

6 Bulk Bags

6 Bulk Bags

Main

Soft brown silty CLAY with frequent roots. (TOPSOIL)

Firm brown gravelly silty CLAY with high cobble and boulder content. Gravel is angular to rounded of sandstone. Cobbles and boulders are angular to rounded of sandstone (up to 750mm). (GLACIAL TILL)

Greyish brown and reddish brown slightly sandy slightly clayey subangular to rounded fine to coarse GRAVEL of sandstone and limestone. Sand is fine to coarse. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(1.45)

1.70

(1.30)

3.00

+43.96

+42.51

+41.21

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

18/10/2016

- End

18/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.10 m

Length 2.90 mText

Text

20 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

44.21 mOD

E 314388.73

N 180891.09

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:03 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP15Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 87: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70

1.201.20 - 1.30

2.50 - 2.70

Type & No.

ES1

ES2

B3

ES4B5

B6

Records Main

Soft brown clayey SILT. (TOPSOIL)

Soft to firm brown slightly gravelly clayey SILT. Gravel is subrounded fine to medium of sandstone. (GLACIAL TILL)

Firm greyish brown and yellowish brown gravelly silty CLAY with a medium to high cobble and boulder content. Gravel is subangular to subrounded fine to coarse of quartzite and sandstone. Cobbles and boulders are subangular to subrounded of quartzite and sandstone (up to 750mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(1.00)

1.20

(1.80)

3.00

+50.57

+49.57

+47.77

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

LL

AP

- Start

13/10/2016

- End

13/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.70 m

Length 2.60 mText

Text

106 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

50.77 mOD

E 314258.55

N 180909.41

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:04 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP16Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 88: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.60

1.20

1.40 - 1.60

2.50 - 2.70

Type & No.

ES1

ES2

B3

ES4

B5

B6

Records Main

Soft to firm brown clayey SILT. (TOPSOIL)

Soft to firm greyish brown and reddish brown gravelly silty CLAY with a medium to high cobble content. Gravel is angular to subrounded fine to coarse of quartzite, limestone and sandstone. Cobbles are angular to subrounded of quartzite, limestone and sandstone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(2.80)

3.00

+49.57

+46.77

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

13/10/2016

- End

13/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.70 m

Length 2.80 mText

Text

174 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

49.77 mOD

E 314209.44

N 180903.17

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:04 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP17Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 89: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.80 - 0.90

1.20

1.90 - 2.00

2.60 - 2.80

Type & No.

ES1

ES2

B3

ES4

B5

B6

Records Main

Soft brown clayey SILT. (TOPSOIL)

Soft to firm brown gravelly clayey SILT. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Soft to firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to coarse of sandstone. (GLACIAL TILL)

Soft greyish brown and reddish brown gravelly silty CLAY with a low cobble content. Gravel is angular to subrounded fine to coarse of sandstone and dolomitic limestone. Cobbles are angular to subrounded of sandstone and dolomitic limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.60)

0.80

(1.60)

2.40

(0.60)

3.00

+49.97

+49.37

+47.77

+47.17

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

LL

AP

- Start

12/10/2016

- End

12/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.60 m

Length 3.00 mText

Text

36 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

50.17 mOD

E 314147.95

N 180911.89

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP18Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 90: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.70 - 0.80

1.20

1.30 - 1.60

2.20 - 2.50

2.80 - 3.00

Type & No.

ES1

ES2

B3

ES4

LB5

LB6

B7

Records

6 Bulk Bags

6 Bulk Bags

Main

Soft brown slightly gravelly silty CLAY. Gravel is subrounded to rounded fine to medium of sandstone. Frequent roots. (TOPSOIL)

Firm brown slightly gravelly silty CLAY. Gravel is subangular to rounded fine to coarse of sandstone. (GLACIAL TILL)

Multicoloured slightly sandy gravelly silty CLAY with medium cobble and boulder content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of limestone and sandstone. Cobbles and boulders are angular to subrounded of sandstone and limestone (up to 550mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

Detail

0.50 1no. Boulder (750 mm

diameter)

Depth, Level(Thickness)

(0.20)

0.20

(0.90)

1.10

(1.90)

3.00

+49.60

+48.70

+46.80

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

18/10/2016

- End

18/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.00 m

Length 2.80 mText

Text

160 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

49.80 mOD

E 314060.17

N 180914.85

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP19Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

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Depth

0.20

0.50

0.80

1.20

1.30 - 1.50

2.10 - 2.20

2.80 - 3.00

Type & No.

ES1

ES2

B3

ES4

B5

B6

B7

Records Main

Soft brown silty CLAY. (TOPSOIL)

Soft brown slightly gravelly clayey SILT with a low cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 400mm). (GLACIAL TILL)

Soft reddish brown, yellowish brown and greenish brown gravelly silty CLAY with a medium to high cobble content. Gravel is angular to subrounded fine to coarse of sandstone and dolomitic limestone. Cobbles are angular to subrounded of sandstone and dolomitic limestone. (GLACIAL TILL)

Greenish grey and pinkish grey silty angular to subrounded fine to coarse GRAVEL of sandstone and dolomitic limestone with high cobble content. Cobbles are angular to subrounded sandstone and dolomitic limestone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.85)

1.05

(1.15)

2.20

(0.80)

3.00

+49.82

+48.97

+47.82

+47.02

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

LL

AP

- Start

12/10/2016

- End

12/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.90 m

Length 2.70 mText

Text

176 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

50.02 mOD

E 314129.77

N 180940.82

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP20Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks1.05 - 2.20 Poor stability

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Depth

0.20

0.50

0.80 - 1.00

1.20

1.50 - 1.60

2.30 - 2.50

2.80 - 3.00

Type & No.

ES1

ES2

LB3

ES4

B5

LB6

B7

Records

6 Bulk Bags

6 Bulk Bags

Main

Soft to firm brown slightly gravelly silty CLAY. Gravel is subangular to subrounded fine to medium of sandstone with coal traces. Frequent roots. (TOPSOIL)

Firm brown slightly gravelly silty CLAY. Gravel is angular to subrounded fine to coarse of sandstone and limestone. (GLACIAL TILL)

Firm light brown gravelly silty CLAY with medium cobble and boulder content. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles and boulders are angular to subrounded of sandstone (up to 350mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.30)

0.30

(1.80)

2.10

(0.90)

3.00

+48.38

+46.58

+45.68

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

18/10/2016

- End

18/10/2016

Equipment, Methods and Remarks

JCB 3CXHand dug inspection pit from 0.00m to 1.20m. Machine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.90 m

Length 2.90 mText

Text

138 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

48.68 mOD

E 314080.32

N 180970.34

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:05 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP21Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

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Depth

0.200.20 - 0.40

0.50

0.90 - 1.10

1.20

1.50 - 1.70

2.10 - 2.30

2.80 - 3.00

Type & No.

ES1B2

ES3

B4

ES5

B6

B7

B8

Records Main

Soft brown slightly sandy SILT. Sand is fine. Frequent roots. (TOPSOIL)

Firm brown gravelly slightly sandy SILT with medium cobble content. Sand is fine. Gravel is angular to subrounded fine to coarse of sandstone. Cobbles are angular to subrounded of sandstone. (GLACIAL TILL)

Greenish grey and reddish brown slightly clayey silty angular to subrounded fine to medium GRAVEL of limestone, sandstone and rare coal with high cobble and boulder content. Cobbles and boulders are angular to subrounded of sandstone and limestone (up to 550mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.60)

0.80

(2.20)

3.00

+52.24

+51.64

+49.44

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

20/10/2016

- End

20/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.80 m

Length 3.30 mText

Text

78 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

52.44 mOD

E 314016.75

N 180972.04

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:06 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP22Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

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Depth

0.200.20 - 0.40

0.50

0.80 - 1.00

1.20

1.50 - 1.60

1.80 - 2.00

2.40 - 2.60

2.80 - 3.00

Type & No.

ES1B2

ES3

LB4

ES5

B6

LB7

B8

B9

Records

8 Bulk Bags

8 Bulk Bags

Main

Soft brown slightly silty CLAY with frequent roots. (TOPSOIL)

Soft to firm brown slightly gravelly silty CLAY. Gravel is subrounded to rounded fine to medium of sandstone. (GLACIAL TILL)

Firm brown, orangish brown and reddish brown gravelly silty CLAY with low to medium cobble content. Gravel is subangular to rounded fine to coarse of limestone and sandstone. Cobbles are subangular to rounded of limestone and sandstone (up to 200mm). (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.20)

0.20

(0.60)

0.80

(2.20)

3.00

+52.98

+52.38

+50.18

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

19/10/2016

- End

19/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.10 m

Length 2.90 mText

Text

2 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

53.18 mOD

E 313977.36

N 180970.23

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Showers -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:07 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP23Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 95: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.20

0.50

0.60 - 0.70

0.90 - 1.10

1.20

1.70 - 1.80

1.80 - 2.00

2.50 - 2.60

2.70 - 3.00

Type & No.

ES1

ES2

B3

LB4

ES5

B6

LB7

B8

LB9

Records

8 Bulk Bags

8 Bulk Bags

8 Bulk Bags

Main

Soft brown clayey SILT with frequent roots. (TOPSOIL)

Soft to firm brown gravelly silty CLAY with medium cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 350mm). (GLACIAL TILL)

Soft to firm multicoloured brown slightly sandy gravelly slightly silty CLAY with medium to high cobble content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of limestone and sandstone. Cobbles are angular to subrounded of limestone and sandstone. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.25)

0.25

(1.35)

1.60

(1.40)

3.00

+50.47

+49.12

+47.72

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

19/10/2016

- End

19/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 1.50 m

Length 3.00 mText

Text

92 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

50.72 mOD

E 314179.55

N 180938.21

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Unstable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:07 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP24Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 96: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Depth

0.80 - 1.00

1.80 - 2.00

2.80 - 3.00

Type & No.

LB1

LB2

LB3

Records

8 Bulk Bags

8 Bulk Bags

8 Bulk Bags

Main

Soft brown clayey SILT with frequent rootlets. (TOPSOIL)

Firm brown gravelly clayey SILT with medium cobble and boulder content. Gravel is subangular to rounded fine to coarse of sandstone. Cobbles and boulders are subangular to rounded of sandstone (up to 250mm). (GLACIAL TILL)

Firm light brown sandy gravelly CLAY with high cobble content. Sand is fine to coarse. Gravel is angular to subrounded fine to coarse of sandstone, limestone and quartzite. Cobbles are angular to subrounded of sandstone, limestone and quartzite. (GLACIAL TILL)

END OF EXPLORATORY HOLE

DetailDepth, Level

(Thickness)

(0.15)

0.15

(0.55)

0.70

(2.30)

3.00

+56.01

+55.46

+53.16

Legend Backfill

Trial Pit LogText

Logged

Checked

ApprovedText

RD

AP

AP

- Start

25/10/2016

- End

25/10/2016

Equipment, Methods and Remarks

JCB 3CXMachine excavated trial pit from 0.00m to 3.00m.

Dimension and OrientationText

Width 0.80 m

Length 3.20 mText

Text

158 (Deg)

Text

Ground Level

Coordinates (m)

National Grid

56.16 mOD

E 313963.92

N 181022.70

Text

Samples and Tests Strata Description Text

-

-Stability

Shoring

Weather

Stable

None

Dry -

Notes: For explanation of symbols and abbreviations see Key to Exploratory Hole Records. All depths and reduced levels in metres. Stratum thickness given in brackets in depth column.

Scale 1:25 (c) ESG www.esg.co.uk05/01/2017 15:58:08 Text

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Trial Pit

TP25Sheet 1 of 1

Groundwater EntriesNo. Depth Strike (m) Remarks

RemarksDepth (m) Remarks

Page 97: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

January 2017 Report No H6108-16 Issue 1 Appendix C

APPENDIX C

INSTRUMENTATION AND MONITORING

Installation Details Table C1 Groundwater Monitoring Table C2 Gas Monitoring Table C3

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Instrument Reference

Inst

rum

ent T

ype

(See

Not

es)

InstallationDate,

dd/mm/yyyy

Pip

e D

iam

eter

, m

m

Inst

rum

ent B

ase,

mbg

l

Response Zone Range,mbgl

Pipe Top Details Headworks Remarks

BH01 (1) SP 18/10/2016 50 7.30 4.00 to 7.30 Gas tap Flush Cover

BH01R (1) SP 05/10/2016 50 21.00 15.00 to 21.00 Gas tap Flush

BH03R (1) SP 28/09/2016 50 20.00 10.00 to 20.00 Gas tap Top Hat

BH04 (1) SP 10/10/2016 50 10.00 3.00 to 10.00 Gas tap Flush Cover

BH06 (1) SP 30/09/2016 50 10.00 4.00 to 10.00 Gas tap Top Hat

BH06R (1) SP 07/10/2016 50 15.00 9.00 to 15.00 Gas tap Flush Cover

BH07R (1) SP 30/09/2016 50 14.00 5.00 to 14.00 Gas tap Top Hat

BH08S (1) SP 27/10/2016 50 22.00 13.00 to 22.00 Gas tap Flush cover

BH10 (1) SP 20/10/2016 50 8.90 4.00 to 8.90 Gas tap Flush Cover

BH12 (1) SP 25/10/2016 50 9.00 4.00 to 9.00 Gas tap Flush Cover

BH15 (1) SP 17/10/2016 50 7.00 2.00 to 7.00 Gas tap Flush Cover

BH17 (1) SP 24/10/2016 50 6.00 2.00 to 6.00 Gas tap Flush Cover

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Table

C1

Installation Details

Notes: Type: SP - Standpipe, SPIE - Standpipe Piezometer, HPIE - Hydraulic Piezometer, PPIE - Pneumatic Piezometer, EPIE - Vibrating Wire Piezometer, PWEL - Pumping Well

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Instrument Reference

Instrument Type

Instrument Base,mbgl

Date Timedd/mm/yyyy hh:mm:ss

Depth to groundwater,

mbglComments

BH01 (1) SP 7.30 02/11/2016 11:00:00 7.35BH01 (1) SP 7.30 24/11/2016 10:20:00 7.00

BH01R (1) SP 21.00 02/11/2016 10:30:00 18.82BH01R (1) SP 21.00 24/11/2016 10:10:00 18.80BH03R (1) SP 20.00 02/11/2016 09:30:00 DryBH03R (1) SP 20.00 24/11/2016 10:00:00 DryBH04 (1) SP 10.00 02/11/2016 10:00:00 9.90BH04 (1) SP 10.00 24/11/2016 12:30:00 9.70BH06 (1) SP 10.00 02/11/2016 10:15:00 9.65BH06 (1) SP 10.00 24/11/2016 10:30:00 Dry

BH06R (1) SP 15.00 02/11/2016 09:00:00 DryBH06R (1) SP 15.00 24/11/2016 12:00:00 DryBH07R (1) SP 14.00 02/11/2016 11:40:00 DryBH07R (1) SP 14.00 24/11/2016 10:50:00 DryBH08S (1) SP 22.00 02/11/2016 12:00:00 21.15BH08S (1) SP 22.00 24/11/2016 11:15:00 22.30BH10 (1) SP 8.90 02/11/2016 11:30:00 DryBH10 (1) SP 8.90 24/11/2016 10:40:00 7.90BH12 (1) SP 9.00 02/11/2016 10:45:00 8.85BH12 (1) SP 9.00 24/11/2016 11:45:00 8.70BH15 (1) SP 7.00 02/11/2016 11:10:00 DryBH15 (1) SP 7.00 24/11/2016 11:30:00 4.43BH17 (1) SP 6.00 02/11/2016 11:50:00 DryBH17 (1) SP 6.00 24/11/2016 11:00:00 5.44

Notes: Type: SP - Standpipe, SPIE - Standpipe Piezometer, HPIE - Hydraulic Piezometer, PPIE - Pneumatic Piezometer, EPIE - Vibrating Wire Piezometer, PWEL - Pumping Well

Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust C2

Groundwater Monitoring

Page 100: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Gas Concentrations

Instrument Reference

Date Timedd/mm/yyyy hh:mm:ss

Rea

ding

Dep

th,

mB

GL

Air

Tem

pera

ture

, o

C

Bar

omen

tric

Pre

ssur

e, m

bar

Inst

rum

ent

Bas

e,m

bgl

Gas

Diff

eren

tial

Pre

ssur

e,

Pa

Gas

Flo

w R

ate,

l/h

rC

arbo

n D

ioxi

de,

%vo

lH

ydro

gen

Sul

phid

e,pp

mM

etha

ne,

%LE

L

Met

hane

,%

vol

Oxy

gen,

%vo

l

BH01 (1) 24/11/2016 10:20:00 0.00 8.0 1019 7.30 1.3 0.5 1.6 0.0 0.0 0.0 20.1BH01R (1) 24/11/2016 10:10:00 0.00 8.0 1019 21.00 2.0 0.7 2.0 1.2 0.0 0.0 17.3BH03R (1) 24/11/2016 10:00:00 0.00 8.0 1019 20.00 5.9 2.2 0.0 0.0 0.0 0.0 18.6BH04 (1) 24/11/2016 12:30:00 0.00 8.0 1018 10.00 1.6 0.6 0.9 0.6 0.0 0.0 19.1BH06 (1) 24/11/2016 10:30:00 0.00 8.0 1017 10.00 0.7 0.4 0.5 0.0 0.0 0.0 19.6

BH06R (1) 24/11/2016 12:00:00 0.00 8.0 1018 15.00 8.3 3.2 2.8 0.0 0.0 0.0 17.1BH07R (1) 24/11/2016 10:50:00 0.00 8.0 1016 14.00 0.1 0.0 1.3 1.0 0.0 0.0 17.6BH08S (1) 24/11/2016 11:15:00 0.00 8.0 1016 22.00 11.2 4.1 1.0 0.0 0.0 0.0 19.0BH10 (1) 24/11/2016 10:40:00 0.00 8.0 1017 8.90 4.7 1.8 1.2 1.1 0.0 0.0 12.1BH12 (1) 24/11/2016 11:45:00 0.00 8.0 1017 9.00 1.3 0.4 1.3 0.0 0.0 0.0 18.9BH15 (1) 24/11/2016 11:30:00 0.00 8.0 1017 7.00 0.2 0.1 0.3 0.0 0.0 0.0 19.9BH17 (1) 24/11/2016 11:00:00 0.00 8.0 1017 6.00 3.1 2.0 1.2 0.0 0.0 0.0 18.3

Gas Monitoring

Notes: ND - not detected Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Figure

C3

Page 101: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

January 2017 Report No H6108-16 Issue 1 Appendix D

APPENDIX D

IN SITU TESTING

California Bearing Ratio Tests CBR4 to CBR19

Soakaway Tests

SA01 Test 1, SA02 Test 1 to 3,

SA04 Test 1, SA05 Test 1 to 3,

SA06 Test 1, SA07 Test 1, SA08 Test 1,

SA09 Test 1 and 2

Variable Head Tests BH09 Test 1 to 3, BH10 Test 1 to 3, BH17 Test 1 to 3

Page 102: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 13 0.03

0.50 26 0.07

0.75 36 0.09

1.00 45 0.12

1.25 58 0.15

1.50 72 0.19

1.75 86 0.22

2.00 97 0.25

2.25 109 0.28

2.50 126 0.33

2.75 145 0.38

3.00 157 0.41

3.25 165 0.43

3.50 178 0.46

3.75 191 0.50

4.00 202 0.53

4.25 213 0.55

4.50 224 0.58

4.75 238 0.62

5.00 249 0.65

5.25 261 0.68

5.50 274 0.71

5.75 283 0.74

6.00 303 0.79

6.25 319 0.83

6.50 329 0.86

6.75 342 0.89

7.00 355 0.92

7.25 368 0.96

7.50 386 1.00

Test Depth: 0.50m. Soil Description: MG - Brown silty CLAY CBR at 2.50mm: 2.47 %with brick, concrete and cobbles.

Mass of Split Rings: 5Kg CBR at 5.00mm: 3.24 %

PR Factor: 2.6 N/Div CBR Value: 3.2 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 04.10.16 Remarks:

TEST REFERENCE: CBR 4

CONTRACT: Whitchurch Hospital

0.00

0.20

0.40

0.60

0.80

1.00

1.20

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314310.285N: 180693.899Elevation: 41.311

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 4 0.01

0.50 8 0.02

0.75 12 0.03

1.00 14 0.04

1.25 17 0.04

1.50 20 0.05

1.75 23 0.06

2.00 27 0.07

2.25 31 0.08

2.50 34 0.09

2.75 36 0.09

3.00 38 0.10

3.25 42 0.11

3.50 44 0.11

3.75 46 0.12

4.00 48 0.12

4.25 51 0.13

4.50 53 0.14

4.75 55 0.14

5.00 58 0.15

5.25 60 0.16

5.50 62 0.16

5.75 64 0.17

6.00 67 0.17

6.25 69 0.18

6.50 70 0.18

6.75 72 0.19

7.00 74 0.19

7.25 76 0.20

7.50 78 0.20

Test Depth: 0.50m. Soil Description: MG - Brown silty CLAY CBR at 2.50mm: 0.67 %with brick, concrete and cobbles.

Mass of Split Rings: 5Kg CBR at 5.00mm: 0.76 %

PR Factor: 2.6 N/Div CBR Value: 0.8 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 04.10.16 Remarks:

TEST REFERENCE: CBR 5

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314332.265N: 180755.894Elevation: 41.42

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 26 0.07

0.50 34 0.09

0.75 39 0.10

1.00 45 0.12

1.25 48 0.12

1.50 55 0.14

1.75 57 0.15

2.00 62 0.16

2.25 66 0.17

2.50 69 0.18

2.75 71 0.18

3.00 77 0.20

3.25 79 0.21

3.50 82 0.21

3.75 85 0.22

4.00 88 0.23

4.25 91 0.24

4.50 93 0.24

4.75 96 0.25

5.00 99 0.26

5.25 101 0.26

5.50 103 0.27

5.75 111 0.29

6.00 126 0.33

6.25 135 0.35

6.50 138 0.36

6.75 142 0.37

7.00 145 0.38

7.25 148 0.38

7.50 152 0.40

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 1.35 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 1.29 %

PR Factor: 2.6 N/Div CBR Value: 1.4 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 6

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.40

0.45

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314221.644N: 180751.036Elevation: 45.41

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 19 0.05

0.50 23 0.06

0.75 27 0.07

1.00 29 0.08

1.25 32 0.08

1.50 35 0.09

1.75 38 0.10

2.00 42 0.11

2.25 45 0.12

2.50 48 0.12

2.75 52 0.14

3.00 55 0.14

3.25 57 0.15

3.50 62 0.16

3.75 66 0.17

4.00 68 0.18

4.25 71 0.18

4.50 74 0.19

4.75 77 0.20

5.00 80 0.21

5.25 82 0.21

5.50 86 0.22

5.75 89 0.23

6.00 93 0.24

6.25 97 0.25

6.50 100 0.26

6.75 105 0.27

7.00 111 0.29

7.25 117 0.30

7.50 122 0.32

Test Depth: 0.50m. Soil Description: Soft to firm brown silty CBR at 2.50mm: 0.94 %CLAY with occasional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 1.04 %

PR Factor: 2.6 N/Div CBR Value: 1.0 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 03.10.16 Remarks:

TEST REFERENCE: CBR 7

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314281.791N: 180780.650Elevation: 40.33

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 8 0.02

0.50 14 0.04

0.75 16 0.04

1.00 18 0.05

1.25 20 0.05

1.50 23 0.06

1.75 25 0.07

2.00 26 0.07

2.25 28 0.07

2.50 30 0.08

2.75 33 0.09

3.00 35 0.09

3.25 37 0.10

3.50 39 0.10

3.75 40 0.10

4.00 42 0.11

4.25 44 0.11

4.50 45 0.12

4.75 47 0.12

5.00 49 0.13

5.25 50 0.13

5.50 52 0.14

5.75 54 0.14

6.00 55 0.14

6.25 57 0.15

6.50 58 0.15

6.75 60 0.16

7.00 63 0.16

7.25 64 0.17

7.50 66 0.17

Test Depth: 0.50m. Soil Description: Soft to firm brown silty CBR at 2.50mm: 0.59 %CLAY with occasional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 0.64 %

PR Factor: 2.6 N/Div CBR Value: 0.6 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 03.10.16 Remarks:

TEST REFERENCE: CBR 8

CONTRACT: Whitchurch Hospital

0.00

0.02

0.04

0.06

0.08

0.10

0.12

0.14

0.16

0.18

0.20

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314336.201N: 180810.552Elevation: 39.36

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 8 0.02

0.50 11 0.03

0.75 16 0.04

1.00 21 0.05

1.25 26 0.07

1.50 30 0.08

1.75 34 0.09

2.00 38 0.10

2.25 43 0.11

2.50 46 0.12

2.75 49 0.13

3.00 53 0.14

3.25 56 0.15

3.50 60 0.16

3.75 63 0.16

4.00 66 0.17

4.25 68 0.18

4.50 70 0.18

4.75 74 0.19

5.00 76 0.20

5.25 78 0.20

5.50 80 0.21

5.75 82 0.21

6.00 84 0.22

6.25 87 0.23

6.50 89 0.23

6.75 91 0.24

7.00 93 0.24

7.25 95 0.25

7.50 98 0.25

Test Depth: 0.50m. Soil Description: Soft to firm brown silty CBR at 2.50mm: 0.90 %CLAY with occasional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 0.99 %

PR Factor: 2.6 N/Div CBR Value: 1.0 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 03.10.16 Remarks:

TEST REFERENCE: CBR 9

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314246.891N: 180825.693Elevation: 44.746

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 18 0.05

0.50 22 0.06

0.75 25 0.07

1.00 28 0.07

1.25 30 0.08

1.50 32 0.08

1.75 34 0.09

2.00 36 0.09

2.25 39 0.10

2.50 41 0.11

2.75 42 0.11

3.00 44 0.11

3.25 47 0.12

3.50 49 0.13

3.75 51 0.13

4.00 54 0.14

4.25 56 0.15

4.50 57 0.15

4.75 59 0.15

5.00 60 0.16

5.25 67 0.17

5.50 71 0.18

5.75 73 0.19

6.00 75 0.20

6.25 77 0.20

6.50 79 0.21

6.75 81 0.21

7.00 83 0.22

7.25 85 0.22

7.50 88 0.23

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 0.81 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 0.78 %

PR Factor: 2.6 N/Div CBR Value: 0.8 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 10

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314170.646N: 180824.753Elevation: 48.112

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 21 0.05

0.50 34 0.09

0.75 47 0.12

1.00 59 0.15

1.25 75 0.20

1.50 93 0.24

1.75 107 0.28

2.00 120 0.31

2.25 134 0.35

2.50 146 0.38

2.75 160 0.42

3.00 178 0.46

3.25 198 0.51

3.50 209 0.54

3.75 225 0.59

4.00 246 0.64

4.25 265 0.69

4.50 279 0.73

4.75 293 0.76

5.00 309 0.80

5.25 329 0.86

5.50 346 0.90

5.75 356 0.93

6.00 372 0.97

6.25 387 1.01

6.50 406 1.06

6.75 427 1.11

7.00 446 1.16

7.25 465 1.21

7.50 481 1.25

Test Depth: 0.50m. Soil Description: Soft to firm brown silty CBR at 2.50mm: 2.87 %CLAY with occasional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 4.03 %

PR Factor: 2.6 N/Div CBR Value: 4.0 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 03.10.16 Remarks:

TEST REFERENCE: CBR 11

CONTRACT: Whitchurch Hospital

0.00

0.20

0.40

0.60

0.80

1.00

1.20

1.40

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314380.072N: 180860.595Elevation: 42.283

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 38 0.10

0.50 56 0.15

0.75 73 0.19

1.00 85 0.22

1.25 99 0.26

1.50 110 0.29

1.75 119 0.31

2.00 128 0.33

2.25 144 0.37

2.50 153 0.40

2.75 165 0.43

3.00 175 0.46

3.25 184 0.48

3.50 194 0.50

3.75 201 0.52

4.00 212 0.55

4.25 220 0.57

4.50 231 0.60

4.75 239 0.62

5.00 247 0.64

5.25 253 0.66

5.50 264 0.69

5.75 271 0.70

6.00 280 0.73

6.25 286 0.74

6.50 293 0.76

6.75 298 0.77

7.00 304 0.79

7.25 311 0.81

7.50 320 0.83

Test Depth: 0.50m. Soil Description: Soft to firm brown silty CBR at 2.50mm: 3.00 %CLAY with occasional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 3.22 %

PR Factor: 2.6 N/Div CBR Value: 3.2 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 03.10.16 Remarks:

TEST REFERENCE: CBR 12

CONTRACT: Whitchurch Hospital

0.00

0.10

0.20

0.30

0.40

0.50

0.60

0.70

0.80

0.90

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314297.640N: 180883.901Elevation: 43.810

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 17 0.04

0.50 25 0.07

0.75 31 0.08

1.00 36 0.09

1.25 42 0.11

1.50 49 0.13

1.75 52 0.14

2.00 56 0.15

2.25 61 0.16

2.50 66 0.17

2.75 70 0.18

3.00 74 0.19

3.25 77 0.20

3.50 82 0.21

3.75 85 0.22

4.00 88 0.23

4.25 92 0.24

4.50 96 0.25

4.75 99 0.26

5.00 104 0.27

5.25 107 0.28

5.50 111 0.29

5.75 116 0.30

6.00 121 0.31

6.25 124 0.32

6.50 127 0.33

6.75 131 0.34

7.00 133 0.35

7.25 137 0.36

7.50 142 0.37

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 1.30 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 1.35 %

PR Factor: 2.6 N/Div CBR Value: 1.4 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 04.10.16 Remarks:

TEST REFERENCE: CBR 13

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.40

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314247.492N: 180887.360Elevation: 47.567

Page 112: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 8 0.02

0.50 11 0.03

0.75 13 0.03

1.00 16 0.04

1.25 19 0.05

1.50 23 0.06

1.75 27 0.07

2.00 33 0.09

2.25 36 0.09

2.50 40 0.10

2.75 42 0.11

3.00 47 0.12

3.25 54 0.14

3.50 58 0.15

3.75 65 0.17

4.00 68 0.18

4.25 72 0.19

4.50 76 0.20

4.75 82 0.21

5.00 90 0.23

5.25 96 0.25

5.50 103 0.27

5.75 110 0.29

6.00 116 0.30

6.25 118 0.31

6.50 123 0.32

6.75 128 0.33

7.00 132 0.34

7.25 138 0.36

7.50 146 0.38

Test Depth: 0.70m. Soil Description: Orange/grey CLAY with CBR at 2.50mm: 0.79 %broken rock fragments.

Mass of Split Rings: 5Kg CBR at 5.00mm: 1.17 %

PR Factor: 2.6 N/Div CBR Value: 1.2 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 04.10.16 Remarks:

TEST REFERENCE: CBR 14

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.40

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314192.020N: 180883.731Elevation: 49.906

Page 113: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 13 0.03

0.50 25 0.07

0.75 34 0.09

1.00 44 0.11

1.25 53 0.14

1.50 62 0.16

1.75 70 0.18

2.00 81 0.21

2.25 88 0.23

2.50 98 0.25

2.75 109 0.28

3.00 118 0.31

3.25 132 0.34

3.50 140 0.36

3.75 152 0.40

4.00 160 0.42

4.25 168 0.44

4.50 175 0.46

4.75 186 0.48

5.00 194 0.50

5.25 206 0.54

5.50 212 0.55

5.75 220 0.57

6.00 226 0.59

6.25 233 0.61

6.50 237 0.62

6.75 247 0.64

7.00 252 0.66

7.25 257 0.67

7.50 263 0.68

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 1.92 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 2.53 %

PR Factor: 2.6 N/Div CBR Value: 2.3 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 15

CONTRACT: Whitchurch Hospital

0.00

0.10

0.20

0.30

0.40

0.50

0.60

0.70

0.80

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314154.528N: 180944.795Elevation: 50.300

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 13 0.03

0.50 20 0.05

0.75 24 0.06

1.00 27 0.07

1.25 31 0.08

1.50 33 0.09

1.75 37 0.10

2.00 40 0.10

2.25 41 0.11

2.50 44 0.11

2.75 48 0.12

3.00 51 0.13

3.25 53 0.14

3.50 55 0.14

3.75 57 0.15

4.00 60 0.16

4.25 62 0.16

4.50 64 0.17

4.75 66 0.17

5.00 70 0.18

5.25 73 0.19

5.50 76 0.20

5.75 77 0.20

6.00 78 0.20

6.25 80 0.21

6.50 82 0.21

6.75 84 0.22

7.00 86 0.22

7.25 88 0.23

7.50 90 0.23

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 0.86 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 0.91 %

PR Factor: 2.6 N/Div CBR Value: 0.9 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 16

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314098.581N: 180896.901Elevation: 51.380

Page 115: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 20 0.05

0.50 26 0.07

0.75 31 0.08

1.00 34 0.09

1.25 38 0.10

1.50 41 0.11

1.75 45 0.12

2.00 49 0.13

2.25 53 0.14

2.50 57 0.15

2.75 60 0.16

3.00 63 0.16

3.25 65 0.17

3.50 68 0.18

3.75 72 0.19

4.00 74 0.19

4.25 77 0.20

4.50 80 0.21

4.75 84 0.22

5.00 87 0.23

5.25 90 0.23

5.50 93 0.24

5.75 95 0.25

6.00 98 0.25

6.25 100 0.26

6.50 103 0.27

6.75 106 0.28

7.00 108 0.28

7.25 114 0.30

7.50 116 0.30

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 1.12 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 1.13 %

PR Factor: 2.6 N/Div CBR Value: 1.1 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 17

CONTRACT: Whitchurch Hospital

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314086.507N: 180963.100Elevation: 49.717

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 47 0.12

0.50 56 0.15

0.75 65 0.17

1.00 74 0.19

1.25 82 0.21

1.50 89 0.23

1.75 97 0.25

2.00 105 0.27

2.25 113 0.29

2.50 118 0.31

2.75 126 0.33

3.00 134 0.35

3.25 138 0.36

3.50 144 0.37

3.75 147 0.38

4.00 151 0.39

4.25 155 0.40

4.50 159 0.41

4.75 165 0.43

5.00 170 0.44

5.25 174 0.45

5.50 178 0.46

5.75 183 0.48

6.00 186 0.48

6.25 192 0.50

6.50 195 0.51

6.75 199 0.52

7.00 205 0.53

7.25 208 0.54

7.50 212 0.55

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 2.32 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 2.21 %

PR Factor: 2.6 N/Div CBR Value: 2.3 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 04.10.16 Remarks:

TEST REFERENCE: CBR 18

CONTRACT: Whitchurch Hospital

0.00

0.10

0.20

0.30

0.40

0.50

0.60

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314038.060N: 180929.826Elevation: 53.008

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SOUTHERN GROUND TESTING IN SITU CBR TEST

PENETRATION PR READING LOAD

(mm) (divs) (KN)

0.00 0 0.00

0.25 38 0.10

0.50 52 0.14

0.75 61 0.16

1.00 71 0.18

1.25 79 0.21

1.50 90 0.23

1.75 96 0.25

2.00 102 0.27

2.25 111 0.29

2.50 122 0.32

2.75 129 0.34

3.00 134 0.35

3.25 142 0.37

3.50 151 0.39

3.75 157 0.41

4.00 162 0.42

4.25 166 0.43

4.50 171 0.44

4.75 176 0.46

5.00 185 0.48

5.25 191 0.50

5.50 198 0.51

5.75 205 0.53

6.00 213 0.55

6.25 222 0.58

6.50 228 0.59

6.75 236 0.61

7.00 242 0.63

7.25 247 0.64

7.50 257 0.67

Test Depth: 0.50m. Soil Description: Brown silty CLAY with CBR at 2.50mm: 2.40 %occassional cobbles and boulders.

Mass of Split Rings: 5Kg CBR at 5.00mm: 2.41 %

PR Factor: 2.6 N/Div CBR Value: 2.4 %

Carried out in accordance Checked By: J.P

with BS1377: Part 9: 1990, Test 4.3

DATE: 05.10.16 Remarks:

TEST REFERENCE: CBR 19

CONTRACT: Whitchurch Hospital

0.00

0.10

0.20

0.30

0.40

0.50

0.60

0.70

0.80

0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00

Lo

ad

(kN

/m2)

Penetration (mm)

E: 314009.526N: 180979.650Elevation: 52.987

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Trial Pit No: SA01 Test No: 1 Date: 11/10/2016Length (m): 2.40 Datum height: m aglWidth (m): 0.70 Granular infill: NoneDepth (m): 2.00

0 1.301 1.372 1.413 1.444 1.465 1.466 1.467 1.468 1.509 1.5210 1.5411 1.5612 1.5813 1.61

Start water depth for analysis (mbgl): 1.3075% effective depth (mbgl): 1.48 Elapsed time (mins): 7.550% effective depth (mbgl): 1.6525% effective depth (mbgl): 1.83 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 3.85(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

RemarksMinor pit collapse after 5 minutes. Major pit collapse after 13 minutes - soakaway terminated

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

Results processed following BRE 365 (2007).

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 2 4 6 8 10 12 14

Dep

th (

m)

Elapsed time (minutes)

Notes: 45.38mOD E314300.12 N180704.18 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA01/1

Soakaway Test

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Trial Pit No: SA02 Test No: 1 Date: 07/10/2016Length (m): 2.70 Datum height: m aglWidth (m): 0.80 Granular infill: NoneDepth (m): 2.10

0 1.44 14 1.651 1.46 15 1.662 1.47 20 1.703 1.49 25 1.734 1.52 30 1.755 1.54 40 1.826 1.55 50 1.847 1.578 1.599 1.6010 1.6111 1.6212 1.6313 1.64

Start water depth for analysis (mbgl): 1.4475% effective depth (mbgl): 1.61 Elapsed time (mins): 10.050% effective depth (mbgl): 1.7725% effective depth (mbgl): 1.94 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.10

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 4.47(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60

Dep

th (

m)

Elapsed time (minutes)

Notes: 42.42mOD E180781.56 N314290.10 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA02/1

Soakaway Test

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Trial Pit No: SA02 Test No: 2 Date: 07/10/2016Length (m): 2.70 Datum height: m aglWidth (m): 0.80 Granular infill: NoneDepth (m): 2.10

0 1.49 14 1.671 1.50 15 1.682 1.53 20 1.713 1.56 25 1.754 1.57 30 1.785 1.58 40 1.836 1.59 50 1.897 1.60 60 1.938 1.619 1.6210 1.6311 1.6412 1.6513 1.66

Start water depth for analysis (mbgl): 1.4975% effective depth (mbgl): 1.64 Elapsed time (mins): 11.050% effective depth (mbgl): 1.8025% effective depth (mbgl): 1.95 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.10

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 4.26(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60 70

Dep

th (

m)

Elapsed time (minutes)

Notes: 42.42 mOD E314290.10 N189781.56 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA02/2

Soakaway Test

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Trial Pit No: SA02 Test No: 3 Date: 07/10/2016Length (m): 2.70 Datum height: m aglWidth (m): 0.80 Granular infill: NoneDepth (m): 2.10

0 1.25 14 1.251 1.28 15 1.332 1.31 20 1.363 1.33 25 1.394 1.34 30 1.415 1.35 40 1.476 1.36 50 1.527 1.37 60 1.578 1.389 1.3910 1.2511 1.2512 1.2513 1.25

Start water depth for analysis (mbgl): 1.2575% effective depth (mbgl): 1.46 Elapsed time (mins): 38.350% effective depth (mbgl): 1.6825% effective depth (mbgl): 1.89 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.10

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 5.10(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).Pit collapse at 10 minutes causing water level to rise.

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100%

75%

25%

0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60 70

Dep

th (

m)

Elapsed time (minutes)

Notes: 42.42 mOD E314290.10 N180781.56 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA02/3

Soakaway Test

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Trial Pit No: SA04 Test No: 1 Date: 10/10/2016Length (m): 2.20 Datum height: m aglWidth (m): 0.70 Granular infill: NoneDepth (m): 2.10

0 1.12 14 1.161 1.14 15 1.162 1.15 20 1.163 1.16 25 1.164 1.16 30 1.175 1.16 40 1.186 1.16 50 1.197 1.16 60 1.198 1.16 120 1.219 1.16 180 1.2310 1.1611 1.1612 1.1613 1.16

Start water depth for analysis (mbgl): 1.1275% effective depth (mbgl): 1.37 Elapsed time (mins): #N/A50% effective depth (mbgl): 1.6125% effective depth (mbgl): 1.86 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.10

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 4.38(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100%

75%

25%

0%

0.00

0.50

1.00

1.50

2.00

2.500 20 40 60 80 100 120 140 160 180 200

Dep

th (

m)

Elapsed time (minutes)

Notes: 47.20 mOD E314171.12 N180818.76 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA04/1

Soakaway Test

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Trial Pit No: SA05 Test No: 1 Date: 06/10/2016Length (m): 2.50 Datum height: m aglWidth (m): 0.50 Granular infill: NoneDepth (m): 2.00

0 1.30 14 1.521 1.34 15 1.542 1.37 20 1.603 1.38 25 1.654 1.39 35 1.705 1.41 45 1.836 1.42 50 2.007 1.448 1.459 1.4610 1.4711 1.4812 1.4913 1.51

Start water depth for analysis (mbgl): 1.3075% effective depth (mbgl): 1.48 Elapsed time (mins): 11.050% effective depth (mbgl): 1.6525% effective depth (mbgl): 1.83 Elapsed time (mins): 45.0Base of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3): 0.438Mean surface area of outflow (m2): 3.35(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins): 34.0

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s): 6.4E-5

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60

Dep

th (

m)

Elapsed time (minutes)

Notes: 43.39 mOD E314390.32 N180857.08 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA05/1

Soakaway Test

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Trial Pit No: SA05 Test No: 2 Date: 06/10/2016Length (m): 2.50 Datum height: m aglWidth (m): 0.50 Granular infill: NoneDepth (m): 2.00

0 1.24 14 1.471 1.27 15 1.482 1.29 20 1.483 1.31 25 1.524 1.32 30 1.555 1.34 40 1.606 1.36 50 1.657 1.38 60 1.688 1.409 1.4210 1.4311 1.4412 1.4513 1.46

Start water depth for analysis (mbgl): 1.2475% effective depth (mbgl): 1.43 Elapsed time (mins): 10.050% effective depth (mbgl): 1.6225% effective depth (mbgl): 1.81 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 3.53(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60 70

Dep

th (

m)

Elapsed time (minutes)

Notes: 43.39 mOD E314390.32 N180857.08 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA05/2

Soakaway Test

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Trial Pit No: SA05 Test No: 3 Date: 06/10/2016Length (m): 2.50 Datum height: m aglWidth (m): 0.50 Granular infill: NoneDepth (m): 2.00

0 1.15 14 1.371 1.18 15 1.382 1.21 20 1.423 1.23 25 1.464 1.24 30 1.485 1.25 40 1.526 1.27 50 1.557 1.298 1.309 1.3210 1.3311 1.3412 1.3513 1.36

Start water depth for analysis (mbgl): 1.1575% effective depth (mbgl): 1.36 Elapsed time (mins): 13.050% effective depth (mbgl): 1.5825% effective depth (mbgl): 1.79 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 3.77(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).Terminated due to large pit collapse.

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100%

75%

25%

0%

0.00

0.50

1.00

1.50

2.00

2.500 10 20 30 40 50 60

Dep

th (

m)

Elapsed time (minutes)

Notes: 43.39 mOD E314390.32 N180857.08 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA05/3

Soakaway Test

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Trial Pit No: SA06 Test No: 1 Date: 14/10/2016Length (m): 2.90 Datum height: m aglWidth (m): 0.70 Granular infill: NoneDepth (m): 2.40

0 1.59 14 1.771 1.61 15 1.772 1.63 20 1.803 1.65 25 1.824 1.67 30 1.855 1.68 40 1.886 1.69 50 1.927 1.70 60 1.948 1.71 90 1.999 1.72 120 2.0410 1.73 150 2.1111 1.74 180 2.1512 1.75 210 2.1813 1.76 240 2.21

Start water depth for analysis (mbgl): 1.5975% effective depth (mbgl): 1.79 Elapsed time (mins): 18.350% effective depth (mbgl): 2.0025% effective depth (mbgl): 2.20 Elapsed time (mins): 230.0Base of soakage zone (mbgl): 2.40

Volume outflow between 75% and 25% effective depth (m3): 0.832Mean surface area of outflow (m2): 4.91(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins): 211.7

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s): 1.3E-5

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.50

3.000 50 100 150 200 250 300

Dep

th (

m)

Elapsed time (minutes)

Notes: 42.92 mOD E314306.22 N180885.11 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA06/1

Soakaway Test

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Trial Pit No: SA07 Test No: 1 Date: 13/10/2016Length (m): 2.70 Datum height: m aglWidth (m): 0.90 Granular infill: NoneDepth (m): 2.30

0 1.69 14 1.771 1.74 15 1.772 1.76 20 1.773 1.76 25 1.774 1.76 30 1.775 1.76 40 1.776 1.76 50 1.777 1.76 60 1.778 1.76 90 1.779 1.76 120 1.7710 1.77 150 1.7811 1.77 180 1.8112 1.7713 1.77

Start water depth for analysis (mbgl): 1.6975% effective depth (mbgl): 1.84 Elapsed time (mins): #N/A50% effective depth (mbgl): 2.0025% effective depth (mbgl): 2.15 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.30

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 4.59(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

RemarksMinor pit collapse after 3 minutes. Major pit collapse at 7 minutes.

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

Results processed following BRE 365 (2007).

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 20 40 60 80 100 120 140 160 180 200

Dep

th (

m)

Elapsed time (minutes)

Notes: 46.84 mOD E314256.29 N180896.57 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA07/1

Soakaway Test

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Trial Pit No: SA08 Test No: 1 Date: 12/10/2016Length (m): 2.40 Datum height: m aglWidth (m): 1.70 Granular infill: NoneDepth (m): 2.35

0 1.65 14 1.771 1.68 15 1.792 1.70 20 1.813 1.71 25 1.834 1.75 30 1.865 1.75 40 1.916 1.75 50 1.937 1.75 60 1.958 1.75 90 2.019 1.75 120 2.0310 1.76 150 2.0611 1.76 180 2.0812 1.77 210 2.1013 1.77 240 2.11

Start water depth for analysis (mbgl): 1.6575% effective depth (mbgl): 1.83 Elapsed time (mins): 25.050% effective depth (mbgl): 2.0025% effective depth (mbgl): 2.18 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.35

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 6.95(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).Minor pit collapses at 6 & 13 minutes. Test extended additional 1 hour as instructed by Mott MacDonald.

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 50 100 150 200 250 300

Dep

th (

m)

Elapsed time (minutes)

Notes: 50.41 mOD E314168.83 N180944.78 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA08/1

Soakaway Test

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Trial Pit No: SA09 Test No: 1 Date: 11/10/2016Length (m): 2.60 Datum height: m aglWidth (m): 1.20 Granular infill: NoneDepth (m): 2.00

0 1.46 14 1.511 1.47 15 1.542 1.47 20 1.593 1.48 25 1.634 1.48 30 1.655 1.49 40 1.696 1.49 50 1.737 1.50 60 1.768 1.50 90 1.829 1.50 120 1.8810 1.51 140 1.9011 1.5112 1.5113 1.51

Start water depth for analysis (mbgl): 1.4675% effective depth (mbgl): 1.60 Elapsed time (mins): 21.350% effective depth (mbgl): 1.7325% effective depth (mbgl): 1.87 Elapsed time (mins): 115.0Base of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3): 0.842Mean surface area of outflow (m2): 5.17(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins): 93.7

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s): 2.9E-5

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 20 40 60 80 100 120 140 160

Dep

th (

m)

Elapsed time (minutes)

Notes: 52.52 mOD E314051.24 N180924.74 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA09/1

Soakaway Test

Page 130: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Trial Pit No: SA09 Test No: 2 Date: 11/10/2016Length (m): 2.60 Datum height: m aglWidth (m): 1.20 Granular infill: NoneDepth (m): 2.00

0 1.51 14 1.571 1.53 15 1.582 1.54 20 1.583 1.55 25 1.594 1.55 30 1.605 1.56 40 1.616 1.56 50 1.627 1.56 60 1.638 1.56 90 1.689 1.56 120 1.7410 1.57 150 1.7911 1.57 180 1.8312 1.5713 1.57

Start water depth for analysis (mbgl): 1.5175% effective depth (mbgl): 1.63 Elapsed time (mins): 60.050% effective depth (mbgl): 1.7625% effective depth (mbgl): 1.88 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.00

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 4.94(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 20 40 60 80 100 120 140 160 180 200

Dep

th (

m)

Elapsed time (minutes)

Notes: 52.52 mOD E314051.24 N180924.74 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA09/2

Soakaway Test

Page 131: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Trial Pit No: SA10 Test No: 1 Date: 24/10/2016Length (m): 2.50 Datum height: m aglWidth (m): 0.70 Granular infill: NoneDepth (m): 2.20

0 1.52 14 1.641 1.53 15 1.652 1.54 20 1.533 1.554 1.565 1.576 1.587 1.598 1.609 1.6110 1.6111 1.6212 1.6313 1.63

Start water depth for analysis (mbgl): 1.5275% effective depth (mbgl): 1.69 Elapsed time (mins): #N/A50% effective depth (mbgl): 1.8625% effective depth (mbgl): 2.03 Elapsed time (mins): #N/ABase of soakage zone (mbgl): 2.20

Volume outflow between 75% and 25% effective depth (m3):Mean surface area of outflow (m2): 3.93(side area at 50% effective depth + base area)Time for outflow between 75% and 25% effective depth (mins):

Remarks

Elapsed time(minutes)

Water Depth(m below datum)

Elapsed time(minutes)

Water Depth(m below datum)

Results processed following BRE 365 (2007).Major collapse after 20 minutes. Test abandoned.

Soil infiltration rate (m/s):

Test incomplete as 25% effective depth not

achieved. Unable to reliably determine soil

infiltration rate

100% 75%

25% 0%

0.00

0.50

1.00

1.50

2.00

2.500 5 10 15 20 25

Dep

th (

m)

Elapsed time (minutes)

Notes: 54.11 mOD E313954.21 N181009.42 Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Project

Project No.

Carried out for

Figure

SKWY/SA10/1

Soakaway Test

Page 132: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH09

TEST NUMBER 1

DETAILS OF INSTALLATION: DATE OF TEST 20 Oct 2016Depth of borehole 1.80 m BGLDepth of casing 1.30 m BGLGroundwater level for analysis 1.80 m BGLHeight of casing above ground level (datum) 0.40 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 2.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 1.70 0.50 0.231 1.75 0.45 0.20

1.5 1.76 0.44 0.202 1.76 0.44 0.20

2.5 1.76 0.44 0.203 1.76 0.44 0.20

3.5 1.76 0.44 0.204 1.76 0.44 0.20

4.5 1.76 0.44 0.205 1.76 0.44 0.206 1.76 0.44 0.207 1.76 0.44 0.208 1.76 0.44 0.209 1.76 0.44 0.2010 1.76 0.44 0.2015 1.76 0.44 0.2020 1.76 0.44 0.2025 1.76 0.44 0.20 Differential head at start of test, H0 2.20 m30 1.76 0.44 0.20 Differential head at end of test, Hf 0.44 m

Time Elapsed at end of test 30 mins

Coordinates of best fit line to data:t1 = 0.5 mins H1/H0 = 0.230t2 = 1.5 mins H2/H0= 0.200

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 2.5E-05 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 5 10 15 20 25 30 35

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH09T1 Sheet 1 of 1

Page 133: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH09

TEST NUMBER 2

DETAILS OF INSTALLATION: DATE OF TEST 20 Oct 2016Depth of borehole 3.00 m BGLDepth of casing 2.50 m BGLGroundwater level for analysis 3.00 m BGLHeight of casing above ground level (datum) 0.70 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 3.70 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.40 3.30 0.891 0.90 2.80 0.76

1.5 1.20 2.50 0.682 1.44 2.26 0.61

2.5 1.59 2.11 0.573 1.75 1.95 0.53

3.5 1.86 1.84 0.504 1.92 1.78 0.48

4.5 1.94 1.76 0.485 1.96 1.74 0.476 1.99 1.71 0.467 2.03 1.67 0.458 2.06 1.64 0.449 2.10 1.60 0.4310 2.13 1.57 0.4215 2.20 1.50 0.4120 2.26 1.44 0.3925 2.43 1.27 0.34 Differential head at start of test, H0 3.70 m30 2.47 1.23 0.33 Differential head at end of test, Hf 1.21 m35 2.47 1.23 0.33 Time Elapsed at end of test 60 mins40 2.47 1.23 0.3345 2.47 1.23 0.3350 2.49 1.21 0.3355 2.49 1.21 0.3360 2.49 1.21 0.33

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 3.5 mins H2/H0= 0.500

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 3.6E-05 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 10 20 30 40 50 60 70

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH09T2 Sheet 1 of 1

Page 134: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH09

TEST NUMBER 3

DETAILS OF INSTALLATION: DATE OF TEST 20 Oct 2016Depth of borehole 4.50 m BGLDepth of casing 4.00 m BGLGroundwater level for analysis 4.50 m BGLHeight of casing above ground level (datum) 0.70 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 5.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.16 5.04 0.971 0.26 4.94 0.95

1.5 0.40 4.80 0.922 0.54 4.66 0.90

2.5 0.70 4.50 0.873 0.86 4.34 0.83

3.5 1.00 4.20 0.814 1.08 4.12 0.79

4.5 1.18 4.02 0.775 1.28 3.92 0.756 1.39 3.81 0.737 1.53 3.67 0.718 1.60 3.60 0.699 1.65 3.55 0.6810 1.73 3.47 0.6715 1.93 3.27 0.6320 2.05 3.15 0.6125 2.11 3.09 0.59 Differential head at start of test, H0 5.20 m30 2.18 3.02 0.58 Differential head at end of test, Hf 2.9 m35 2.22 2.98 0.57 Time Elapsed at end of test 60 mins40 2.24 2.96 0.5745 2.26 2.94 0.5750 2.27 2.93 0.5655 2.28 2.92 0.5660 2.30 2.90 0.56

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 10.0 mins H2/H0= 0.670

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 7.2E-06 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 10 20 30 40 50 60 70

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH09T3 Sheet 1 of 1

Page 135: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH10

TEST NUMBER 1

DETAILS OF INSTALLATION: DATE OF TEST 19 Oct 2016Depth of borehole 1.80 m BGLDepth of casing 1.30 m BGLGroundwater level for analysis 1.80 m BGLHeight of casing above ground level (datum) 0.40 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 2.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.48 1.72 0.781 0.72 1.48 0.67

1.5 0.77 1.43 0.652 0.81 1.39 0.63

2.5 0.85 1.35 0.613 0.89 1.31 0.60

3.5 0.93 1.27 0.584 0.98 1.22 0.55

4.5 1.03 1.17 0.535 1.03 1.17 0.536 1.08 1.12 0.517 1.10 1.10 0.508 1.17 1.03 0.479 1.20 1.00 0.4510 1.26 0.94 0.4315 1.38 0.82 0.3720 1.45 0.75 0.3425 1.48 0.72 0.33 Differential head at start of test, H0 2.20 m30 1.50 0.70 0.32 Differential head at end of test, Hf 0.61 m35 1.53 0.67 0.30 Time Elapsed at end of test 60 mins40 1.55 0.65 0.3045 1.56 0.64 0.2950 1.57 0.63 0.2955 1.58 0.62 0.2860 1.59 0.61 0.28

Coordinates of best fit line to data:t1 = 1.0 mins H1/H0 = 0.670t2 = 15.0 mins H2/H0= 0.370

Permeability (k) 7.6E-06 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

Variable Head Permeability Test

0.10

1.00

0 10 20 30 40 50 60 70

Hea

d R

atio

, Ht/H

0(l

og

sca

le)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH10T1 Sheet 1 of 1

Page 136: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH10

TEST NUMBER 2

DETAILS OF INSTALLATION: DATE OF TEST 19 Oct 2016Depth of borehole 3.00 m BGLDepth of casing 2.50 m BGLGroundwater level for analysis 3.00 m BGLHeight of casing above ground level (datum) 0.60 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 3.60 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.00 3.60 1.001 0.01 3.60 1.00

1.5 0.01 3.59 1.002 0.01 3.59 1.00

2.5 0.01 3.59 1.003 0.01 3.59 1.00

3.5 0.01 3.59 1.004 0.02 3.59 1.00

4.5 0.02 3.58 0.995 0.02 3.58 0.996 0.02 3.58 0.997 0.02 3.58 0.998 0.02 3.58 0.999 0.03 3.58 0.9910 0.03 3.58 0.9915 0.04 3.56 0.9920 0.06 3.54 0.9825 0.08 3.52 0.98 Differential head at start of test, H0 3.60 m30 0.09 3.51 0.97 Differential head at end of test, Hf 3.415 m35 0.11 3.49 0.97 Time Elapsed at end of test 60 mins40 0.12 3.48 0.9745 0.13 3.47 0.9650 0.15 3.45 0.9655 0.17 3.43 0.9560 0.19 3.42 0.95

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 60.0 mins H2/H0= 0.950

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 1.5E-07 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 10 20 30 40 50 60 70

Hea

d R

atio

, Ht/H

0(l

og

sca

le)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH10T2 Sheet 1 of 1

Page 137: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH10

TEST NUMBER 3

DETAILS OF INSTALLATION: DATE OF TEST 19 Oct 2016Depth of borehole 4.50 m BGLDepth of casing 4.00 m BGLGroundwater level for analysis 4.50 m BGLHeight of casing above ground level (datum) 0.70 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 5.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.01 5.19 1.001 0.02 5.18 1.00

1.5 0.02 5.18 1.002 0.02 5.18 1.00

2.5 0.02 5.18 1.003 0.02 5.18 1.00

3.5 0.02 5.18 1.004 0.03 5.18 1.00

4.5 0.03 5.18 1.005 0.03 5.17 1.006 0.03 5.17 0.997 0.03 5.17 0.998 0.04 5.16 0.999 0.04 5.16 0.9910 0.04 5.16 0.9915 0.04 5.16 0.9920 0.04 5.16 0.9925 0.04 5.16 0.99 Differential head at start of test, H0 5.20 m30 0.04 5.16 0.99 Differential head at end of test, Hf 5.008 m35 0.05 5.15 0.99 Time Elapsed at end of test 120 mins40 0.05 5.15 0.9945 0.06 5.15 0.9950 0.06 5.14 0.9955 0.08 5.12 0.9860 0.11 5.09 0.9865 0.13 5.08 0.98 Coordinates of best fit line to data:70 0.13 5.07 0.98 t1 = 0.0 mins H1/H0 = 1.00075 0.14 5.06 0.97 t2 = 120.0 mins H2/H0= 0.960

80 0.15 5.05 0.97

85 0.18 5.02 0.97

90 0.19 5.02 0.96120 0.19 5.01 0.96

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 6.1E-08 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 20 40 60 80 100 120 140

Hea

d R

atio

, Ht/H

0(l

og

sca

le)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH10T3 Sheet 1 of 1

Page 138: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH17

TEST NUMBER 1

DETAILS OF INSTALLATION: DATE OF TEST 24 Oct 2016Depth of borehole 1.80 m BGLDepth of casing 1.30 m BGLGroundwater level for analysis 1.80 m BGLHeight of casing above ground level (datum) 0.40 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 2.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.02 2.19 0.991 0.05 2.15 0.98

1.5 0.07 2.14 0.972 0.07 2.13 0.97

2.5 0.07 2.13 0.973 0.07 2.13 0.97

3.5 0.07 2.13 0.974 0.07 2.13 0.97

4.5 0.07 2.13 0.975 0.07 2.13 0.976 0.07 2.13 0.977 0.07 2.13 0.978 0.07 2.13 0.979 0.07 2.13 0.9710 0.07 2.13 0.9715 0.07 2.13 0.9720 0.09 2.12 0.9625 0.11 2.09 0.95 Differential head at start of test, H0 2.20 m30 0.15 2.05 0.93 Differential head at end of test, Hf 1.86 m35 0.18 2.02 0.92 Time Elapsed at end of test 60 mins40 0.21 1.99 0.9145 0.25 1.96 0.8950 0.28 1.92 0.8755 0.31 1.89 0.8660 0.34 1.86 0.85

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 1.5 mins H2/H0= 0.970

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 3.7E-06 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.10

1.00

0 10 20 30 40 50 60 70

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH17T1 Sheet 1 of 1

Page 139: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH17

TEST NUMBER 2

DETAILS OF INSTALLATION: DATE OF TEST 24 Oct 2016Depth of borehole 3.00 m BGLDepth of casing 2.50 m BGLGroundwater level for analysis 3.00 m BGLHeight of casing above ground level (datum) 0.70 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 3.70 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.15 3.55 0.961 0.39 3.31 0.89

1.5 0.57 3.13 0.852 0.71 2.99 0.81

2.5 0.86 2.84 0.773 0.99 2.71 0.73

3.5 1.10 2.60 0.704 1.29 2.41 0.65

4.5 1.44 2.26 0.615 1.55 2.16 0.586 1.77 1.93 0.527 2.01 1.69 0.468 2.18 1.53 0.419 2.39 1.31 0.3510 2.53 1.17 0.3215 3.14 0.56 0.1520 3.22 0.49 0.1325 3.23 0.47 0.13 Differential head at start of test, H0 3.70 m30 3.23 0.47 0.13 Differential head at end of test, Hf 0.254 m35 3.31 0.40 0.11 Time Elapsed at end of test 60 mins40 3.33 0.37 0.1045 3.36 0.34 0.0950 3.38 0.32 0.0955 3.43 0.28 0.0760 3.45 0.25 0.07

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 10.0 mins H2/H0= 0.320

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 2.0E-05 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.01

0.10

1.00

0 10 20 30 40 50 60 70

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH17T2 Sheet 1 of 1

Page 140: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

TYPE OF TEST BOREHOLE No. BH17

TEST NUMBER 3

DETAILS OF INSTALLATION: DATE OF TEST 25 Oct 2016Depth of borehole 4.50 m BGLDepth of casing 4.00 m BGLGroundwater level for analysis 4.50 m BGLHeight of casing above ground level (datum) 0.70 m

Diameter of borehole (D) 150 mmLength of response zone (L) 500 mmIntake Factor (F) 1.64 m

REMARKS

0 0.00 5.20 1.00 Depth to groundwater prior to test Dry m BGL0.5 0.10 5.10 0.981 0.18 5.02 0.97

1.5 0.25 4.95 0.952 0.37 4.83 0.93

2.5 0.50 4.70 0.903 0.61 4.59 0.88

3.5 0.73 4.48 0.864 0.84 4.37 0.84

4.5 0.94 4.26 0.825 1.04 4.16 0.806 1.30 3.90 0.757 1.46 3.75 0.728 1.68 3.53 0.689 1.90 3.30 0.6310 2.08 3.12 0.6015 3.02 2.18 0.4220 3.74 1.46 0.2825 4.20 1.00 0.19 Differential head at start of test, H0 5.20 m30 4.44 0.76 0.15 Differential head at end of test, Hf 0.415 m35 4.60 0.60 0.12 Time Elapsed at end of test 60 mins40 4.65 0.55 0.1145 4.75 0.45 0.0950 4.78 0.42 0.0855 4.79 0.42 0.0860 4.79 0.42 0.08

Coordinates of best fit line to data:t1 = 0.0 mins H1/H0 = 1.000t2 = 10.0 mins H2/H0= 0.600

Elapsedtime, t

(minutes)

Depth to water from datum (m)

Head, Ht

(m)Head Ratio

Ht/H0

General Approach

Borehole

Falling Head

CONDITIONS OF TEST ZONERef BS 5930:1999+A2 (2010) Figure 6Well point or hole extended in uniform soil (d)

Permeability (k) 9.2E-06 m/sec

Depth to water measured from top of casingPermeability calculated using BS 5930:1999 (Section 25.4.6)(General Approach)

CALCULATED VALUES

Variable Head Permeability Test

0.01

0.10

1.00

0 10 20 30 40 50 60 70

Head

Rati

o, H

t/H

0 (

log

scale

)

Elapsed Time, t (mins)

Head Ratio against Time

Notes: Project

Project No.

Carried out for

Velindre Cancer Hospital

H6108-16

Velindre NHS Trust

Test

BH17T3 Sheet 1 of 1

Page 141: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

January 2017 Report No H6108-16 Issue 1 Appendix E

APPENDIX E

GEOTECHNICAL LABORATORY TEST RESULTS

Index Properties – Summary of Results INDX 1 to 6 Particle Size Distribution Analyses PSD 1 to 101 Unconsolidated Undrained Triaxial Compression Tests – Summary of Results UUSUM 1

California Bearing Ratio / Moisture Content Relationship CBRREL 1 to 20

Dry Density / Moisture Content Relationship – Light Compaction COMPL 1 to 13

Dry Density / Moisture Content Relationship – Heavy Compaction COMPH 1 to 8

Chemical Tests

EFS/169000 EFS/169096 EFS/169140 EFS/169274 EFS/169750 EFS/169572 EFS/169911 EFS/169912 EFS/169916 EFS/170081 EFS/170083 EFS/170084 EFS/170161 EFS/170377

Page 142: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161018113206 4 0.30 BBrown slightly sandy gravelly CLAY.

31

H6108-1620161018113227 5 0.80 BBrown slightly sandy slightly gravelly CLAY.

22

H6108-1620161018113237 6 1.20 BBrown slightly sandy gravelly CLAY with two cobbles. 15 50 39 a 21 18

H6108-1620161103044026 1 0.00 BDark brown slightly sandy slightly gravelly CLAY with frequent rootlets. 32

H6108-1620161103044315 2 0.40 BBrown slightly sandy gravelly CLAY with rootlets and ten cobbles. 8.6 25 35 a 23 12

H6108-1620161103044323 3 2.50 BBrown slightly sandy gravelly CLAY with rootlets and one cobble. 15

H6108-1620161103044330 4 2.80 BDark brown slightly sandy gravelly CLAY with occasional rootlets. 9.6 37 22 a 16 6

H6108-1620161103044350 6 5.80 BBrown slightly sandy slightly gravelly CLAY.

13

H6108-1620161021123738 4 0.30 BBrown slightly sandy gravelly CLAY.

18

H6108-1620161021123753 6 1.20 BBrown slightly sandy gravelly CLAY with one cobble.

11

H6108-1620161021123806 7 2.20 BBrown slightly sandy gravelly CLAY.

8.8

H6108-1620161011115432 5 0.60 BDark brown sandy clayey GRAVEL with five cobbles. 8.9 15 29 a 20 9

H6108-1620161011115507 7 2.20 BDark brown slightly sandy gravelly CLAY.

14

H6108-1620161011115520 8 3.20 BBrown slightly sandy gravelly CLAY with two cobbles. 13 46 29 a 18 11

H6108-1620161011115529 9 4.20 BDark brown slightly sandy gravelly CLAY.

9.8

H6108-1620161011115540 10 5.20 BBrown very sandy clayey GRAVEL.

8.2

H6108-1620161103030530 1 0.00 BBrown slightly sandy slightly gravelly CLAY with rootlets. 31

H6108-1620161103030614 2 0.54 BGrey slightly sandy gravelly CLAY.

14 49 26 a 17 9

H6108-1620161103030621 3 3.00 BBrown slightly sandy slightly gravelly CLAY with one cobble. 33 58 30 a 17 13

H6108-1620161103030727 12 11.90 BBrown slightly sandy slightly gravelly CLAY with rootlets. 15

H6108-1620161103030753 14 12.90 BReddish brown slightly sandy slightly gravelly CLAY.

4.8

H6108-1620161103030950 23 19.10 BBrown slightly gravelly sandy clayey SILT.

19

H6108-1620160929011608 5 1.20 UTFirm to stiff brown slightly sandy CLAY.

27 98 51 a 24 27

H6108-1620160929011719 10 3.20 BBrown slightly sandy gravelly CLAY with one cobble.

9.6 48 26 a 17 9

H6108-1620160929011809 14 6.70 BDark brown very sandy clayey GRAVEL with one cobble. 7 30 24 a 17 7

H6108-1620161024012346 6 1.20 BBrown slightly sandy gravelly CLAY with occasional rootlets. 15

H6108-1620161024012358 7 2.20 BBrown slightly sandy gravelly CLAY with two cobbles. 12 37 29 a 17 12

H6108-1620161024012409 8 3.20 BBrown slightly sandy slightly gravelly CLAY with six cobbles. 9.1

H6108-1620161024012433 9 4.20 BBrown gravelly SILT.

9.5

H6108-1620161024012558 10 5.20 BBrown sandy gravelly CLAY.

8.5 32 27 a 17 10

H6108-1620161024012624 11 6.00 BDark grey slightly sandy GRAVEL.

4.6

H6108-1620161024012753 14 9.20 BDark brown slightly sandy gravelly CLAY with three cobbles. 10 46 26 a 20 6

H6108-1620161103102914 1 0.00 BBrown slightly sandy slightly gravelly CLAY with rootlets and one cobble. 19

H6108-1620161103102930 2 0.40 BBrown slightly sandy slightly gravelly CLAY.

9.3 58 33 a 17 16

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

BH02

BH02

BH02

BH02S

BH02S

BH02S

BH02S

BH02S

BH03

BH03

BH03

BH04

BH04

BH04

BH04

BH04

BH04S

BH04S

BH04S

BH04S

BH04S

BH04S

BH05

Plasticity Index

BH05

BH05

BH07

BH07

BH07

BH07

Printed:14/12/2016 09:58SLR 1Rev 2.91Sep 16

INDX

BH07

BH07

BH07

BH08S

BH08S

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 143: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161103102940 3 4.40 BBrown slightly sandy gravelly CLAY with two cobbles. 9.5

H6108-1620161103103028 5 5.60 BBrown slightly gravelly sandy CLAY.

7.2

H6108-1620161103103039 6 6.00 BBrown slightly sandy slightly gravelly CLAY.

11 67 26 a 18 8

H6108-1620161103103047 7 8.00 BDark grey slightly sandy slightly gravelly CLAY.

7.8

H6108-1620161103103441 27 21.20 BDark grey slightly gravelly sandy CLAY with one cobble. 8 54 25 a 15 10

H6108-1620161024124728 9 1.20 UTStiff brown slightly gravelly sandy CLAY.

13

H6108-1620161024124920 12 2.20 BBrown sandy gravelly clayey COBBLE.

21 25 30 a 20 10

H6108-1620161024124941 14 3.20 BBrown sandy gravelly CLAY with two cobbles.

13

H6108-1620161024125012 16 4.20 BBrown slightly sandy very gravelly CLAY with one cobble. 9.1

H6108-1620161024125028 18 5.20 BBrown sandy gravelly CLAY with one cobble

10

H6108-1620161024125107 20 6.70 BBrown slightly sandy gravelly CLAY with one cobble.

8.8

H6108-1620161024125258 23 8.20 BBrown sandy gravelly CLAY.

12

H6108-1620161021114338 1 0.00 BBrown CLAY with plant remains.

25

H6108-1620161021114440 5 0.30 BBrown slightly gravelly silty CLAY with occasional rootlets. 22

H6108-1620161021114511 9 1.20 UTFirm brown slightly sandy slightly gravelly CLAY with occasional rootlets. 20

H6108-1620161021114626 11 1.70 BBrown slightly sandy slightly gravelly CLAY.

26 96 39 a 26 13

H6108-1620161021114708 14 2.20 BBrown slightly gravelly CLAY.

28

H6108-1620161021114747 17 3.20 BBrown slightly sandy gravelly CLAY.

11

H6108-1620161021114811 19 4.20 BBrown sandy gravelly CLAY.

15

H6108-1620161021114835 21 5.20 BBrown slightly sandy gravelly CLAY with three cobbles. 7.8 39 27 a 18 9

H6108-1620161021114914 23 6.70 BBrown slightly gravelly CLAY.

9.7

H6108-1620161021114948 26 8.20 BBrown slightly sandy gravelly CLAY with three cobbles. 8

H6108-1620161025035753 5 0.80 BLight brown slightly sandy slightly gravelly CLAY.

26

H6108-1620161025035805 6 1.20 BLight brown slightly sandy slightly gravelly CLAY.

16

H6108-1620161025035813 7 2.20 BBrown slightly sandy slightly gravelly CLAY.

16 70 31 a 15 16

H6108-1620161025035823 8 3.20 BBrown slightly sandy gravelly CLAY with two cobbles. 12

H6108-1620161025035834 9 4.20 BBrown slightly sandy slightly gravelly CLAY.

13 55 22 a 15 7

H6108-1620161025035847 10 5.20 BGreyish brown slightly sandy slightly gravelly CLAY.

11

H6108-1620161025035859 11 6.70 BBrown slightly sandy gravelly CLAY.

9 43 22 a 13 9

H6108-1620161014011244 4 0.30 BBrown sandy gravelly CLAY with four cobbles.

10

H6108-1620161014011252 5 0.80 BBrown sandy gravelly CLAY with two cobbles.

11

H6108-1620161014011301 6 1.20 BBrown sandy gravelly CLAY with two cobbles.

11 46 22 a 14 8

H6108-1620161014011323 7 2.20 BBrown slightly sandy gravelly CLAY with oen cobble.

9.9

H6108-1620161014011333 8 3.20 BBrown slightly sandy gravelly CLAY with two cobbles. 8.1

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

BH08S

BH08S

BH08S

BH08S

BH08S

BH09

BH09

BH09

BH09

BH09

BH09

BH09

BH10

BH10

BH10

BH10

BH10

BH10

BH10

BH10

BH10

BH10

BH12

Plasticity Index

BH12

BH12

BH12

BH12

BH12

BH12

Printed:14/12/2016 09:59SLR 1Rev 2.91Sep 16

INDX

BH13

BH13

BH13

BH13

BH13

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 144: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161014011343 9 4.20 BBrown slightly sandy gravelly CLAY with four cobbles. 9.3 30 23 a 16 7

H6108-1620161014011356 10 5.20 BBrown gravelly CLAY with three cobbles.

8.2

H6108-1620161014011408 11 6.00 BBrown slightly sandy gravelly CLAY with one cobble.

9.5

H6108-1620161014011419 12 6.70 BBrown slightly sandy very gravelly CLAY with one cobble. 6.8 95 24 a 16 8

H6108-1620161020101039 5 0.20 BBrown sandy gravelly CLAY.

18

H6108-1620161020101133 9 1.20 UTFirm brown slightly sandy slightly gravelly silty CLAY. 21

H6108-1620161020101312 11 1.50 BBrown slightly sandy gravelly CLAY.

16

H6108-1620161020101336 13 2.20 BBrown slightly sandy slightly gravelly CLAY with one cobble. 8.8 41 29 a 20 9

H6108-1620161020101359 15 3.20 BBrown slightly sandy slightly gravelly CLAY.

13

H6108-1620161020101448 17 4.20 BBrown slightly sandy gravelly CLAY.

10

H6108-1620161020101512 19 5.20 BBrown slightly sandy gravelly CLAY with rare rootlets. 11 45 28 a 17 11

H6108-1620161020101533 21 6.70 BBrown slightly sandy slightly gravelly CLAY.

11

H6108-1620161018121556 5 0.20 BBrown slightly sandy slightly gravelly silty CLAY.

19

H6108-1620161018121741 12 2.20 UCream and brown slightly sandy slightly gravelly CLAY. 7.6

H6108-1620161018121839 14 2.50 BBrown slightly sandy slightly gravelly CLAY.

13 62 28 a 17 11

H6108-1620161018121918 16 3.00 BBrown slightly sandy gravelly CLAY.

8.5

H6108-1620161018122016 18 4.00 BBrown slightly sandy gravelly CLAY with three cobbles. 7.9

H6108-1620161018122043 20 5.00 BBrown gravelly CLAY with two cobbles.

8.8

H6108-1620161018122114 23 6.50 BBrown slightly sandy slightly gravelly CLAY with two cobbles. 12 57 26 a 14 12

H6108-1620161018122140 25 8.00 BBrown sandy gravelly CLAY.

14

H6108-1620161018122213 28 9.50 BDark brown sandy gravelly CLAY.

9.8

H6108-1620161013015340 4 0.30 BBrown slightly sandy slightly gravelly CLAY with occasional rootlets and one cobble. 16

H6108-1620161013015349 5 0.80 BBrown slightly gravelly CLAY with occasional rootlets and one cobble. 18

H6108-1620161013015411 7 1.20 UFirm brown slightly sandy slightly gravelly CLAY.

17

H6108-1620161013015454 9 2.20 BBrown slightly gravelly CLAY.

12

H6108-1620161013015507 10 3.20 BBrown slightly sandy slightly gravelly CLAY with two cobbles. 8.1 35 25 a 15 10

H6108-1620161013015513 11 4.20 BBrown slightly sandy gravelly CLAY with rare rootlets and two cobbles. 11

H6108-1620161013015529 12 5.00 BBrown slightly sandy gravelly CLAY with five cobbles. 6.7

H6108-1620161013015537 13 6.50 BBrown very gravelly CLAY with eight cobbles.

6.3

H6108-1620161026094641 5 0.20 BBrown slightly sandy slightly gravelly CLAY with rare rootlets. 29

H6108-1620161026094716 8 0.60 BBrown slightly sandy slightly gravelly CLAY with rare rootlets. 15

H6108-1620161026094741 10 1.20 BBrown slightly sandy slightly gravelly CLAY with rare rootlets. 16

H6108-1620161026094801 12 2.20 BBrown slightly sandy gravelly CLAY with occasional rootlets. 16

H6108-1620161026094824 14 3.50 BGreyish brown slightly sandy slightly gravelly CLAY.

11

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

BH13

BH13

BH13

BH13

BH14

BH14

BH14

BH14

BH14

BH14

BH14

BH14

BH15

BH15

BH15

BH15

BH15

BH15

BH15

BH15

BH15

BH16

BH16

Plasticity Index

BH16

BH16

BH16

BH16

BH16

BH16

Printed:14/12/2016 10:00SLR 1Rev 2.91Sep 16

INDX

BH17

BH17

BH17

BH17

BH17

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 145: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161026094844 16 4.50 BBrown slightly sandy gravelly CLAY.

12 45 25 a 15 10

H6108-1620161026094907 18 5.50 BGreyish brown slightly sandy slightly gravelly CLAY with one cobble. 13

H6108-1620161026094934 21 7.00 BGreyish brown slightly sandy slightly gravelly CLAY.

15

H6108-1620161026094957 23 8.50 BBrown slightly sandy slightly gravelly CLAY.

13

H6108-1620161010043851 3 0.80 BBrown slightly sandy gravelly CLAY.

14

H6108-1620161010043913 5 1.90 BBrown slightly sandy gravelly CLAY with occassional rootlets and two cobbles 9.2 34 31 a 19 12

H6108-1620161011084641 3 1.00 BBrown slightly sandy gravelly SILT with four cobbles. 9.7 27 25 b NP

H6108-1620161017020125 3 1.00 BBrown slightly sandy gravelly CLAY with seven cobbles. 8.1 12 40 a 27 13 2.79-g

H6108-1620161017020139 5 2.00 BDark brown slightly sandy gravelly CLAY with nine cobbles. 12

H6108-1620161017020144 6 2.50 BBrown slightly sandy gravelly CLAY with occasional rootlets and three cobbles. 9.1 21 36 a 24 12

H6108-1620161017021013 3 0.70 BBrown slightly sandy gravelly CLAY.

16 69 40 a 25 15

H6108-1620161017021026 5 1.20 BBrown slightly sandy gravelly CLAY with four cobbles. 8.4 32 34 a 21 13 2.75-g

H6108-1620161017021045 6 2.00 BBrown very sandy very gravelly silty COBBLES.

6.4 11 27 a 17 10 2.77-g

H6108-1620161017021106 7 2.90 BBrown slightly sandy slightly clayey GRAVEL.

5.7 34 25 a 17 8

H6108-1620161021014955 4 0.80 BBrown slightly sandy gravelly CLAY with rare rootlets and four cobbles. 11 26 39 a 23 16

H6108-1620161021015015 6 1.40 BBrown sandy gravelly CLAY with ten cobbles.

9.8

H6108-1620161017033816 3 0.80 BBrown slightly sandy gravelly CLAY with frequent rootlets and six cobbles. 8.9

H6108-1620161017033829 5 1.20 BBrown slightly sandy gravelly CLAY with three cobbles. 14 48 27 a 18 9 2.73-g

H6108-1620161017033847 6 2.00 BBrown slightly sandy gravelly CLAY.

9.1 34 24 a 16 8 2.73-g

H6108-1620161017033902 7 2.80 BBrown slightly sandy gravelly CLAY with four cobbles. 13 28 27 a 19 8

H6108-1620161010042348 3 0.90 BBrown slightly sandy slightly gravelly CLAY with two cobbles. 17 67 43 a 28 15

H6108-1620161010042508 5 2.00 BBrown slightly sandy gravelly CLAY with 6 cobbles.

24 33 26 a 18 8 2.76-g

H6108-1620161021013558 2 0.30 BBrown slightly sandy slightly gravelly CLAY with 4 cobbles. 22

H6108-1620161021013613 4 1.00 BBrown slightly sandy slightly gravelly CLAY with four cobbles. 12

H6108-1620161021013744 6 1.40 BDark brown sandy gravelly CLAY.

15

H6108-1620161018024324 3 0.70 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets. 25 76 44 a 26 18

H6108-1620161018024336 5 1.70 BBrown slightly sandy slightly gravelly CLAY.

23 74 37 a 21 16

H6108-1620161018024349 6 2.20 BBrown slightly sandy slightly gravelly CLAY.

20

H6108-1620161018024402 7 2.50 BBrown slightly sandy slightly gravelly CLAY with six cobbles. 13 53 30 a 22 8 2.75-g

H6108-1620161018024422 8 2.80 BBrown slightly sandy gravelly CLAY with five cobbles. 8.5

H6108-1620161020113045 2 0.20 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets. 24 79 36 a 27 9

H6108-1620161020113108 4 0.70 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble 22

H6108-1620161020113127 6 1.60 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble. 22 78 33 a 21 12

H6108-1620161020113143 7 2.20 BBrown slightly sandy slightly gravelly CLAY with occasional rootlets and two cobbles. 16 58 30 a 21 9

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

BH17

BH17

BH17

BH17

SA03

SA03

SA04

TP03

TP03

TP03

TP05

TP05

TP05

TP05

TP06

TP06

TP07

TP07

TP07

TP07

TP09

TP09

TP10

Plasticity Index

TP10

TP10

TP12

TP12

TP12

TP12

Printed:14/12/2016 10:00SLR 1Rev 2.91Sep 16

INDX

TP12

TP13

TP13

TP13

TP13

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 146: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161020113157 8 2.80 BBrown slightly sandy gravelly CLAY with six cobbles.

17

H6108-1620161018021958 3 0.70 BBrown slightly sandy slightly gravelly CLAY with one cobble. 18 78 35 a 21 14

H6108-1620161018022404 5 1.60 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble. 20 57 39 a 24 15

H6108-1620161018022418 6 2.30 BBrown slightly sandy slightly gravelly silty CLAY with occasional rootlets and one cobble. 13 63 26 a 18 8 2.69-g

H6108-1620161018022451 7 2.80 BBrown slightly sandy slightly gravelly CLAY.

15 90 32 a 19 13

H6108-1620161018023344 3 0.80 BBrown slightly sandy gravelly clayey COBBLES.

4.3 19 35 a 21 14 2.73-g

H6108-1620161018023417 5 2.00 BBrown slightly sandy gravelly CLAY with occasional rootlets and twenty four cobbles. 6 21 24 a 19 5 2.74-g

H6108-1620161018023447 6 2.80 BBrown sandy clayey GRAVEL with five cobbles.

4.6 22 25 a 20 5

H6108-1620161013034129 3 0.70 BBrown slightly sandy slightly gravelly CLAY with rootlets and frequent plant remains. 21 86 50 a 30 20

H6108-1620161013034153 5 1.20 BBrown gravelly silty CLAY with two cobbles.

18

H6108-1620161013034221 6 2.50 BDark brown very sandy very clayey GRAVEL.

8.5 63 28 a 17 11

H6108-1620161014085720 3 0.60 BBrown slightly sandy gravelly CLAY with three cobbles. 17

H6108-1620161014085735 5 1.40 BBrown slightly sandy clayey GRAVEL with eight cobbles and one boulder. 6.1

H6108-1620161014085748 6 2.50 BBrown sandy clayey GRAVEL.

9.5

H6108-1620161013121153 3 0.80 BBrown slightly sandy slightly gravelly CLAY.

23

H6108-1620161013121207 5 1.90 BBrown slightly sandy slightly gravelly CLAY.

23

H6108-1620161013121215 6 2.60 BBrown gravelly CLAY with three cobbles.

16

H6108-1620161018041110 3 0.70 BBrown slightly sandy gravelly CLAY with four cobbles. 15

H6108-1620161018041129 5 1.30 BBrown sandy very gravelly clayey COBBLES.

6.9 20 32 a 20 12 2.74-g

H6108-1620161018041155 6 2.20 BBrown sandy gravelly clayey COBBLES.

9.9 21 28 a 18 10 2.72-g

H6108-1620161018041217 7 2.80 BBrown sandy very clayey GRAVEL with two boulders. 7.7

H6108-1620161013121936 3 0.80 BBrown slightly sandy slightly gravelly silty CLAY with three cobbles. 12

H6108-1620161013121948 5 1.30 BBrown slightly sandy slightly gravelly CLAY.

13

H6108-1620161013121959 6 2.10 BBrown slightly sandy slightly gravelly CLAY.

16

H6108-1620161013122031 7 2.80 BBrown very sandy very clayey GRAVEL with twelve cobbles. 6.1

H6108-1620161019125716 3 0.80 BLight brown slightly sandy slightly gravelly CLAY with rare rootlets and one cobble. 20 67 27 a 19 8 2.71-g

H6108-1620161019125736 5 1.50 BBrown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble. 20 69 40 a 24 16

H6108-1620161019125823 6 2.30 BBrown slightly sandy slightly gravelly CLAY with twenty four cobbles. 8.8 40 31 a 19 12 2.70-g

H6108-1620161019125836 7 2.80 BBrown slightly sandy gravelly CLAY with occasional rootlets and six cobbles. 11 69 31 a 19 12

H6108-1620161020105524 2 0.20 BBrown slightly sandy gravelly CLAY with nine cobbles. 9.6 34 37 a 23 14

H6108-1620161020105537 4 0.90 BBrown slightly sandy gravelly CLAY with occasional rootlets and six cobbles. 5.9

H6108-1620161020105556 6 1.50 BBrown slightly sandy slightly gravelly CLAY with occasional rootlets and five cobbles. 8.4 42 29 a 17 12

H6108-1620161020105609 7 2.10 BDark brown slightly sandy gravelly CLAY with occasional rootlets and nine cobbles. 6.4

H6108-1620161020105618 8 2.80 BDark brown slightly sandy gravelly CLAY with occasional rootlets and twelve cobbles. 7.1

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

TP13

TP14

TP14

TP14

TP14

TP15

TP15

TP15

TP16

TP16

TP16

TP17

TP17

TP17

TP18

TP18

TP18

TP19

TP19

TP19

TP19

TP20

TP20

Plasticity Index

TP20

TP20

TP21

TP21

TP21

TP21

Printed:14/12/2016 10:01SLR 1Rev 2.91Sep 16

INDX

TP22

TP22

TP22

TP22

TP22

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 147: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

p pd w < 425 WL WP IP psµm

sieve

from to % % % % Mg/m3

H6108-1620161020111452 2 0.20 BBrown slightly sandy slightly gravelly CLAY with three cobbles. 20 65 31 a 20 11

H6108-1620161020111514 4 0.80 BBrown slightly sandy slightly gravelly silty CLAY with twenty one cobbles. 17 56 35 a 21 14 2.69-g

H6108-1620161020111549 6 1.50 BBrown slightly sandy slightly gravelly CLAY with five cobbles. 14

H6108-1620161020111559 7 1.80 BBrown slightly sandy slightly gravelly CLAY with two cobbles. 14 59 33 a 18 15 2.72-g

H6108-1620161020111623 8 2.40 BBrown sandy gravelly CLAY.

15

H6108-1620161020111640 9 2.80 BBrown slightly sandy gravelly CLAY with four cobbles. 13 35 29 a 18 11

H6108-1620161019041703 4 0.90 BBrown slightly sandy slightly gravelly CLAY with thirty two cobbles. 11 49 33 a 19 14 2.72-g

H6108-1620161019041723 6 1.70 BBrown slightly sandy very gravelly CLAY.

14

H6108-1620161019041736 7 1.80 BBrown slightly sandy slightly gravelly CLAY with six cobbles. 12 45 31 a 20 11 2.74-g

H6108-1620161019041748 8 2.50 BBrown slightly sandy slightly gravelly CLAY with occasional rootlets and six cobbles. 13

H6108-1620161019041842 9 2.70 BBrown slightly sandy slightly gravelly CLAY with 4 cobbles. 7.3 36 29 a 16 13 2.71-g

H6108-1620161025031056 1 0.80 BBrown sandy gravelly CLAY with six cobbles.

7.2

H6108-1620161025031445 2 1.80 BBrown sandy clayey very gravelly COBBLES.

9.8 18 29 a 17 12 2.69-g

H6108-1620161025031507 3 2.80 BBrown sandy gravelly CLAY with five cobbles.

9.3

General notes: All above tests carried out to BS1377 : 1990 unless annotated otherwise. See individual test reports for further details.

Key : p bulk density, linear WL Liquid limit WP Plastic limit <425um preparation ps particle density

pd dry density a 4 point cone test NP non - plastic n from natural soil -g = gas jar

w moisture content b 1 point cone test IP s sieved specimen -p = small pyknometer

* test carried out to BS EN ISO 17892-1 2014Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

QA Ref

INDEX PROPERTIES - SUMMARY OF RESULTS

Samp ID

Hole No.

Sample

Soil Description RemarksNo.

Depth (m)type

Mg/m3

TP23

TP23

TP23

TP23

TP23

TP23

TP24

TP24

TP24

TP24

TP24

TP25

TP25

TP25

Plasticity Index

Printed:14/12/2016 10:02SLR 1Rev 2.91Sep 16

INDX

Table Project No

Project Name

H6108-16

Velindre Cancer Hospital

Page 148: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 30

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0424 2775 96 0.0308 2563 96 0.0224 2350 94 0.0162 21

Remarks37.5 88 0.0087 1828 83 0.0045 15

0.0026 12Sample

Proportions

Whole

10 69

*<60mm14 73 0.0015 10 Cobbles / boulders 4 020 79

Gravel 37 396.3 65

*<60mm values to aid description only

Sand 28 295.0 64 Silt 19 203.35 62 Clay 11 122.00 591.18 56

Uniformity Coefficient D60 / D10 Not applicable0.600 520.425 50 2.65 assumed0.300 46

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 41 Sieving 9.2 wet sieve0.150 37

9.9Sedimentation 9.5 hydrometer

0.063 30

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018113237

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02

1.2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 149: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 10075 10063 9050 88

Remarks37.5 7728 67

Sample

Proportions

Whole

10 48

*<60mm14 53 Cobbles / boulders 10 020 60

Gravel 58 646.3 42

*<60mm values to aid description only

Sand 19 215.0 39 Silt silt+clay =3.35 35 Clay 12 132.00 321.18 29

Uniformity Coefficient D60 / D10 Not applicable0.600 260.425 240.300 21

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 18 Sieving 9.2 wet sieve0.150 15

14.4Sedimentation none

0.063 12

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018113326

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02

3.2

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 150: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy clayey GRAVEL with five cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 Preparation / Pretreatment Sieve: pre dried,

90 10075 8963 7950 59

Remarks37.5 5128 43

Sample

Proportions

Whole

10 26

*<60mm14 29 Cobbles / boulders 21 020 36

Gravel 63 806.3 25

*<60mm values to aid description only

Sand 11 145.0 24 Silt silt+clay =3.35 20 Clay 5 62.00 161.18 13

Uniformity Coefficient D60 / D10 1310.600 110.425 100.300 9

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 8 Sieving 9.2 wet sieve0.150 7

15.7Sedimentation none

0.063 5

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018113404

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02

4.7

B10

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 151: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with rootlets and ten cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 6175 6163 5950 39

Remarks37.5 3528 35

Sample

Proportions

Whole

10 31

*<60mm14 33 Cobbles / boulders 41 020 34

Gravel 31 536.3 30

*<60mm values to aid description only

Sand 13 225.0 30 Silt silt+clay =3.35 29 Clay 15 252.00 281.18 27

Uniformity Coefficient D60 / D10 Not applicable0.600 260.425 250.300 23

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 21 Sieving 9.2 wet sieve0.150 19

10.8Sedimentation none

0.063 15

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044315

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

0.4

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 152: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown slightly sandy gravelly CLAY with occasional rootlets.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 19

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0432 1875 100 0.0315 1763 100 0.0228 1550 100 0.0165 14

Remarks37.5 90 0.0088 1228 84 0.0049 9

0.0036 8Sample

Proportions

Whole

10 64

*<60mm14 69 0.0015 6 Cobbles / boulders 0 020 78

Gravel 54 546.3 57

*<60mm values to aid description only

Sand 27 275.0 55 Silt 12 123.35 52 Clay 7 72.00 461.18 43

Uniformity Coefficient D60 / D10 13160.600 390.425 37 2.65 assumed0.300 36

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 32 Sieving 9.2 wet sieve0.150 27

18.9Sedimentation 9.5 hydrometer

0.063 19

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044330

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

2.8

B4

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 153: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 18

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0444 1775 100 0.0322 1663 97 0.0232 1550 97 0.0166 14

Remarks37.5 94 0.0090 1128 90 0.0047 9

0.0036 8Sample

Proportions

Whole

10 67

*<60mm14 71 0.0015 6 Cobbles / boulders 3 020 85

Gravel 51 536.3 59

*<60mm values to aid description only

Sand 28 295.0 56 Silt 12 123.35 51 Clay 6 62.00 461.18 42

Uniformity Coefficient D60 / D10 9710.600 380.425 36 2.65 assumed0.300 33

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 29 Sieving 9.2 wet sieve0.150 25

16.2Sedimentation 9.5 hydrometer

0.063 18

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044341

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

5

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 154: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown very sandy clayey GRAVEL with eight cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 10075 9963 9950 93

Remarks37.5 8228 71

Sample

Proportions

Whole

10 53

*<60mm14 58 Cobbles / boulders 1 020 63

Gravel 67 686.3 45

*<60mm values to aid description only

Sand 21 215.0 41 Silt silt+clay =3.35 36 Clay 10 102.00 321.18 28

Uniformity Coefficient D60 / D10 Not applicable0.600 250.425 230.300 20

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 14

22.5Sedimentation none

0.063 10

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044405

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

7

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 155: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey slightly sandy gravely CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 10075 10063 9250 83

Remarks37.5 7628 70

Sample

Proportions

Whole

10 52

*<60mm14 58 Cobbles / boulders 8 020 63

Gravel 56 616.3 45

*<60mm values to aid description only

Sand 25 275.0 43 Silt silt+clay =3.35 40 Clay 12 132.00 371.18 32

Uniformity Coefficient D60 / D10 Not applicable0.600 270.425 240.300 21

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 18 Sieving 9.2 wet sieve0.150 16

24.8Sedimentation none

0.063 12

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044429

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

10

B9

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 156: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0461 1975 91 0.0332 1863 91 0.0238 1650 88 0.0172 15

Remarks37.5 85 0.0091 1328 78 0.0044 10

0.0034 9Sample

Proportions

Whole

10 66

*<60mm14 69 0.0015 7 Cobbles / boulders 9 020 72

Gravel 37 416.3 62

*<60mm values to aid description only

Sand 34 375.0 61 Silt 12 133.35 57 Clay 8 92.00 541.18 50

Uniformity Coefficient D60 / D10 11510.600 450.425 43 2.65 assumed0.300 38

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 32 Sieving 9.2 wet sieve0.150 28

9.7Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103044750

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

13

B12

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 157: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0430 1975 91 0.0312 1763 91 0.0226 1650 88 0.0163 15

Remarks37.5 83 0.0088 1228 74 0.0046 10

0.0035 9Sample

Proportions

Whole

10 57

*<60mm14 63 0.0015 7 Cobbles / boulders 9 020 67

Gravel 47 526.3 51

*<60mm values to aid description only

Sand 23 255.0 49 Silt 12 133.35 46 Clay 8 82.00 431.18 41

Uniformity Coefficient D60 / D10 23080.600 370.425 35 2.65 assumed0.300 32

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 29 Sieving 9.2 wet sieve0.150 26

10.8Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103045017

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

16.75

B20

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 158: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0461 1875 100 0.0333 1763 96 0.0239 1650 93 0.0173 14

Remarks37.5 92 0.0092 1128 87 0.0044 8

0.0035 7Sample

Proportions

Whole

10 70

*<60mm14 75 0.0015 6 Cobbles / boulders 4 020 80

Gravel 45 476.3 65

*<60mm values to aid description only

Sand 31 325.0 62 Silt 13 143.35 57 Clay 6 62.00 511.18 47

Uniformity Coefficient D60 / D10 6580.600 420.425 40 2.65 assumed0.300 36

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 31 Sieving 9.2 wet sieve0.150 27

12.7Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103045045

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH02S

18.25

B22

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 159: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 18

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0460 1775 100 0.0334 1563 93 0.0239 1450 93 0.0173 13

Remarks37.5 84 0.0092 1028 77 0.0043 7

0.0033 6Sample

Proportions

Whole

10 56

*<60mm14 60 0.0015 5 Cobbles / boulders 7 020 67

Gravel 52 566.3 51

*<60mm values to aid description only

Sand 23 255.0 48 Silt 13 143.35 45 Clay 5 52.00 411.18 38

Uniformity Coefficient D60 / D10 16010.600 340.425 31 2.65 assumed0.300 29

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 26 Sieving 9.2 wet sieve0.150 23

7.7Sedimentation 9.5 hydrometer

0.063 18

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021123753

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH03

1.2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 160: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 9475 9463 9050 83

Remarks37.5 7328 65

Sample

Proportions

Whole

10 40

*<60mm14 45 Cobbles / boulders 10 020 59

Gravel 64 716.3 35

*<60mm values to aid description only

Sand 17 195.0 33 Silt silt+clay =3.35 30 Clay 9 102.00 271.18 24

Uniformity Coefficient D60 / D10 2800.600 200.425 190.300 17

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 15 Sieving 9.2 wet sieve0.150 13

19.4Sedimentation none

0.063 9

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021123840

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH03

4.2

B9

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 161: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown sandy GRAVEL with one cobble.Particle Size mm

%Passing

Particle Size mm

%Passing

125 58 Preparation / Pretreatment Sieve: pre dried,

90 5875 5863 5850 50

Remarks37.5 4328 35

Sample

Proportions

Whole

10 24

*<60mm14 28 Cobbles / boulders 42 020 31

Gravel 50 866.3 19

*<60mm values to aid description only

Sand 7 125.0 16 Silt silt+clay =3.35 12 Clay 1 22.00 81.18 6

Uniformity Coefficient D60 / D10 Not applicable0.600 30.425 20.300 2

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 1 Sieving 9.2 wet sieve0.150 1

10.9Sedimentation none

0.063 1

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021123904

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH03

6

B11

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 162: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown sandy clayey GRAVEL with five cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: pre dried,

90 9175 8863 8550 77

Remarks37.5 7328 66

Sample

Proportions

Whole

10 37

*<60mm14 45 Cobbles / boulders 15 020 56

Gravel 65 766.3 30

*<60mm values to aid description only

Sand 13 155.0 27 Silt silt+clay =3.35 23 Clay 7 82.00 201.18 18

Uniformity Coefficient D60 / D10 1360.600 160.425 150.300 13

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 11 Sieving 9.2 wet sieve0.150 9

13.4Sedimentation none

0.063 7

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011115432

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04

0.6

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 163: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 31

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0442 2875 100 0.0322 2663 94 0.0233 2350 87 0.0169 20

Remarks37.5 83 0.0091 1628 76 0.0042 12

0.0033 11Sample

Proportions

Whole

10 60

*<60mm14 64 0.0015 9 Cobbles / boulders 6 020 72

Gravel 42 456.3 59

*<60mm values to aid description only

Sand 21 225.0 57 Silt 22 233.35 55 Clay 10 102.00 531.18 50

Uniformity Coefficient D60 / D10 46300.600 470.425 46 2.65 assumed0.300 42

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 39 Sieving 9.2 wet sieve0.150 36

17.4Sedimentation 9.5 hydrometer

0.063 31

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011115520

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04

3.2

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 164: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown sandy GRAVEL with five cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 Preparation / Pretreatment Sieve: pre dried,

90 8275 7363 7050 55

Remarks37.5 4428 40

Sample

Proportions

Whole

10 23

*<60mm14 27 Cobbles / boulders 30 020 33

Gravel 61 876.3 18

*<60mm values to aid description only

Sand 8 115.0 16 Silt silt+clay =3.35 13 Clay 1 12.00 91.18 5

Uniformity Coefficient D60 / D10 230.600 20.425 20.300 1

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 1 Sieving 9.2 wet sieve0.150 1

15.9Sedimentation none

0.063 1

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011115553

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04

6.7

B11

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 165: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy GRAVEL with five cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 Preparation / Pretreatment Sieve: pre dried,

90 8375 7863 7050 46

Remarks37.5 3528 33

Sample

Proportions

Whole

10 20

*<60mm14 24 Cobbles / boulders 30 020 31

Gravel 65 936.3 15

*<60mm values to aid description only

Sand 5 75.0 13 Silt silt+clay =3.35 9 Clay 1 12.00 51.18 4

Uniformity Coefficient D60 / D10 150.600 30.425 20.300 2

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 2 Sieving 9.2 wet sieve0.150 1

15.0Sedimentation none

0.063 1

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011115607

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04

8.5

B12

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 166: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brownish grey very sandy GRAVEL with rare clay pockets and three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: pre dried,

90 9275 8663 8250 81

Remarks37.5 7828 73

Sample

Proportions

Whole

10 56

*<60mm14 60 Cobbles / boulders 18 020 66

Gravel 51 626.3 50

*<60mm values to aid description only

Sand 27 335.0 49 Silt silt+clay =3.35 42 Clay 4 52.00 321.18 22

Uniformity Coefficient D60 / D10 380.600 140.425 110.300 9

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 7 Sieving 9.2 wet sieve0.150 6

16.1Sedimentation none

0.063 4

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011115620

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04

9.7

B13

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 167: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Grey slightly sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 31 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0419 2975 100 0.0307 2663 100 0.0223 2450 87 0.0162 22

Remarks37.5 85 0.0087 1828 80 0.0043 14

0.0034 12Sample

Proportions

Whole

10 62

*<60mm14 65 0.0015 10 Cobbles / boulders 0 020 75

Gravel 46 466.3 60

*<60mm values to aid description only

Sand 23 235.0 59 Silt 21 213.35 56 Clay 11 112.00 541.18 53

Uniformity Coefficient D60 / D10 49550.600 500.425 49 2.65 assumed0.300 46

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 42 Sieving 9.2 wet sieve0.150 38

5.7Sedimentation 9.5 hydrometer

0.063 31

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030614

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

0.54

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 168: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 32

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 87 0.0434 3075 87 0.0314 2763 87 0.0229 2550 87 0.0166 22

Remarks37.5 85 0.0089 1928 84 0.0044 14

0.0034 13Sample

Proportions

Whole

10 74

*<60mm14 78 0.0015 10 Cobbles / boulders 13 020 82

Gravel 22 256.3 71

*<60mm values to aid description only

Sand 33 385.0 69 Silt 21 243.35 67 Clay 11 132.00 651.18 63

Uniformity Coefficient D60 / D10 Not applicable0.600 600.425 58 2.65 assumed0.300 54

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 49 Sieving 9.2 wet sieve0.150 43

9.6Sedimentation 9.5 hydrometer

0.063 32

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030621

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

3

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 169: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown slightly sandy gravelly CLAY with occasional rootlets and two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0479 1975 100 0.0346 1763 93 0.0246 1650 90 0.0177 14

Remarks37.5 83 0.0094 1128 77 0.0050 9

0.0037 8Sample

Proportions

Whole

10 59

*<60mm14 63 0.0016 6 Cobbles / boulders 7 020 68

Gravel 46 496.3 55

*<60mm values to aid description only

Sand 27 295.0 52 Silt 13 143.35 50 Clay 7 72.00 471.18 44

Uniformity Coefficient D60 / D10 18550.600 400.425 38 2.65 assumed0.300 34

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 30 Sieving 9.2 wet sieve0.150 26

15.4Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030635

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

6

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 170: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey slightly sandy very gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 10075 9563 9350 92

Remarks37.5 8828 78

Sample

Proportions

Whole

10 46

*<60mm14 53 Cobbles / boulders 7 020 69

Gravel 61 666.3 40

*<60mm values to aid description only

Sand 21 235.0 38 Silt silt+clay =3.35 36 Clay 11 122.00 321.18 28

Uniformity Coefficient D60 / D10 Not applicable0.600 230.425 220.300 19

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 15

18.1Sedimentation none

0.063 11

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030658

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

9

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 171: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Light brown very sandy clayey GRAVEL.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 25 Preparation / Pretreatment Sieve: pre dried, Hydro: as BS1377

90 100 0.0448 2375 100 0.0324 2163 100 0.0234 1950 92 0.0168 18

Remarks37.5 87 0.0090 1528 83 0.0046 11

0.0036 10Sample

Proportions

Whole

10 65

*<60mm14 68 0.0015 8 Cobbles / boulders 0 020 78

Gravel 45 456.3 61

*<60mm values to aid description only

Sand 30 305.0 60 Silt 17 173.35 57 Clay 8 82.00 551.18 53

Uniformity Coefficient D60 / D10 15870.600 500.425 48 2.65 assumed0.300 45

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 40 Sieving 9.2 wet sieve0.150 34

21.3Sedimentation 9.5 hydrometer

0.063 25

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030914

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

15.9

B20

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 172: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly gravelly sandy CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 26 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0480 2475 100 0.0344 2263 100 0.0246 2150 100 0.0177 19

Remarks37.5 100 0.0094 1528 97 0.0050 13

0.0037 11Sample

Proportions

Whole

10 92

*<60mm14 92 0.0015 9 Cobbles / boulders 0 020 95

Gravel 15 156.3 89

*<60mm values to aid description only

Sand 59 595.0 89 Silt 17 173.35 87 Clay 9 92.00 851.18 83

Uniformity Coefficient D60 / D10 1160.600 800.425 75 2.65 assumed0.300 63

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 49 Sieving 9.2 wet sieve0.150 38

16.0Sedimentation 9.5 hydrometer

0.063 26

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030939

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

18.1

B22

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 173: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly gravelly sandy clayey SILT.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 41 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0467 3875 100 0.0339 3463 100 0.0244 3150 100 0.0176 27

Remarks37.5 99 0.0094 2128 99 0.0049 17

0.0037 15Sample

Proportions

Whole

10 95

*<60mm14 95 0.0015 11 Cobbles / boulders 0 020 98

Gravel 7 76.3 94

*<60mm values to aid description only

Sand 52 525.0 94 Silt 29 293.35 93 Clay 12 122.00 931.18 92

Uniformity Coefficient D60 / D10 Not applicable0.600 910.425 89 2.65 assumed0.300 86

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 76 Sieving 9.2 wet sieve0.150 65

17.4Sedimentation 9.5 hydrometer

0.063 41

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103030950

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH04S

19.1

B23

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 174: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 90 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0430 8475 100 0.0312 7863 100 0.0229 6850 100 0.0167 60

Remarks37.5 99 0.0091 4428 99 0.0047 34

0.0027 27Sample

Proportions

Whole

10 98

*<60mm14 98 0.0015 22 Cobbles / boulders 0 020 98

Gravel 2 26.3 98

*<60mm values to aid description only

Sand 8 85.0 98 Silt 65 653.35 98 Clay 24 242.00 981.18 98

Uniformity Coefficient D60 / D10 Not applicable0.600 980.425 97 2.65 assumed0.300 97

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 95 Sieving 9.2 wet sieve0.150 93

10.0Sedimentation 9.5 hydrometer

0.063 90

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620160929011532

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH05

0.8

B4

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 175: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 34

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0419 3275 100 0.0305 3063 96 0.0221 2850 93 0.0161 25

Remarks37.5 84 0.0086 2128 79 0.0040 16

0.0032 15Sample

Proportions

Whole

10 67

*<60mm14 70 0.0015 11 Cobbles / boulders 4 020 76

Gravel 41 436.3 62

*<60mm values to aid description only

Sand 21 225.0 61 Silt 22 233.35 58 Clay 13 132.00 551.18 53

Uniformity Coefficient D60 / D10 Not applicable0.600 500.425 48 2.65 assumed0.300 45

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 40 Sieving 9.2 wet sieve0.150 35

10.3Sedimentation 9.5 hydrometer

0.063 34

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620160929011719

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH05

3.2

B10

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 176: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown very sandy clayey GRAVEL with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 15

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0435 1475 95 0.0317 1363 95 0.0230 1250 92 0.0167 11

Remarks37.5 89 0.0089 928 82 0.0046 7

0.0026 6Sample

Proportions

Whole

10 60

*<60mm14 67 0.0015 5 Cobbles / boulders 5 020 76

Gravel 56 596.3 51

*<60mm values to aid description only

Sand 24 255.0 47 Silt 10 113.35 43 Clay 5 52.00 391.18 35

Uniformity Coefficient D60 / D10 7530.600 320.425 30 2.65 assumed0.300 27

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 24 Sieving 9.2 wet sieve0.150 20

18.7Sedimentation 9.5 hydrometer

0.063 15

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620160929011809

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH05

6.7

B14

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 177: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey very sandy GRAVEL.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 Preparation / Pretreatment Sieve: pre dried,

90 10075 10063 10050 98

Remarks37.5 9028 87

Sample

Proportions

Whole

10 72

*<60mm14 76 Cobbles / boulders 0 020 82

Gravel 67 676.3 64

*<60mm values to aid description only

Sand 29 295.0 60 Silt silt+clay =3.35 50 Clay 4 42.00 331.18 20

Uniformity Coefficient D60 / D10 80.600 100.425 70.300 6

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 5 Sieving 9.2 wet sieve0.150 5

12.2Sedimentation none

0.063 4

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620160929011853

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH05

9

B17

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 178: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 25

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 84 0.0439 2375 84 0.0317 2163 84 0.0229 2050 80 0.0166 18

Remarks37.5 80 0.0089 1528 75 0.0041 12

0.0032 10Sample

Proportions

Whole

10 56

*<60mm14 63 0.0015 8 Cobbles / boulders 16 020 67

Gravel 40 486.3 51

*<60mm values to aid description only

Sand 19 235.0 49 Silt 16 193.35 47 Clay 9 112.00 441.18 42

Uniformity Coefficient D60 / D10 42380.600 390.425 37 2.65 assumed0.300 34

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 31 Sieving 9.2 wet sieve0.150 28

8.9Sedimentation 9.5 hydrometer

0.063 25

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024012358

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH07

2.2

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 179: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with six cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 18

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 74 0.0430 1775 74 0.0317 1563 66 0.0231 1350 61 0.0168 12

Remarks37.5 61 0.0090 1028 57 0.0042 7

0.0033 6Sample

Proportions

Whole

10 45

*<60mm14 48 0.0015 4 Cobbles / boulders 34 020 51

Gravel 30 456.3 41

*<60mm values to aid description only

Sand 17 265.0 39 Silt 13 203.35 37 Clay 5 82.00 351.18 33

Uniformity Coefficient D60 / D10 49140.600 310.425 30 2.65 assumed0.300 27

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 24 Sieving 9.2 wet sieve0.150 22

8.5Sedimentation 9.5 hydrometer

0.063 18

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024012409

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH07

3.2

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 180: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brownish grey sandy GRAVEL with four cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 Preparation / Pretreatment Sieve: pre dried,

90 9175 8163 7850 66

Remarks37.5 5128 39

Sample

Proportions

Whole

10 16

*<60mm14 20 Cobbles / boulders 22 020 28

Gravel 71 916.3 12

*<60mm values to aid description only

Sand 7 95.0 11 Silt silt+clay =3.35 9 Clay 1 12.00 71.18 5

Uniformity Coefficient D60 / D10 110.600 30.425 30.300 2

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 2 Sieving 9.2 wet sieve0.150 1

15.4Sedimentation none

0.063 1

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024012632

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH07

6.7

B12

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 181: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown slightly sandy gravelly CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 34

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0438 3275 94 0.0319 2963 90 0.0231 2750 88 0.0167 24

Remarks37.5 82 0.0089 2028 78 0.0041 16

0.0032 14Sample

Proportions

Whole

10 67

*<60mm14 71 0.0015 12 Cobbles / boulders 10 020 73

Gravel 35 396.3 63

*<60mm values to aid description only

Sand 21 235.0 62 Silt 21 233.35 59 Clay 13 142.00 551.18 52

Uniformity Coefficient D60 / D10 Not applicable0.600 480.425 46 2.65 assumed0.300 44

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 41 Sieving 9.2 wet sieve0.150 41

12.5Sedimentation 9.5 hydrometer

0.063 34

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024012753

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH07

9.2

B14

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 182: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 34 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0429 3375 100 0.0313 3063 100 0.0226 2850 100 0.0163 26

Remarks37.5 95 0.0088 2128 89 0.0045 17

0.0035 15Sample

Proportions

Whole

10 78

*<60mm14 79 0.0015 11 Cobbles / boulders 0 020 88

Gravel 32 326.3 76

*<60mm values to aid description only

Sand 34 345.0 74 Silt 21 213.35 71 Clay 12 122.00 681.18 65

Uniformity Coefficient D60 / D10 Not applicable0.600 610.425 58 2.65 assumed0.300 54

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 49 Sieving 9.2 wet sieve0.150 44

3.2Sedimentation 9.5 hydrometer

0.063 34

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103102930

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

0.4

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 183: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 28

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0434 2675 100 0.0317 2363 97 0.0230 2150 91 0.0166 19

Remarks37.5 83 0.0089 1628 78 0.0045 12

0.0035 11Sample

Proportions

Whole

10 66

*<60mm14 68 0.0015 8 Cobbles / boulders 3 020 74

Gravel 41 426.3 63

*<60mm values to aid description only

Sand 28 295.0 61 Silt 18 193.35 59 Clay 9 92.00 551.18 52

Uniformity Coefficient D60 / D10 16900.600 490.425 47 2.65 assumed0.300 44

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 40 Sieving 9.2 wet sieve0.150 36

13.3Sedimentation 9.5 hydrometer

0.063 28

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103102940

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

4.4

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 184: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 42 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0440 4075 100 0.0322 3663 100 0.0233 3350 100 0.0168 30

Remarks37.5 98 0.0090 2528 95 0.0044 20

0.0035 17Sample

Proportions

Whole

10 87

*<60mm14 90 0.0015 13 Cobbles / boulders 0 020 92

Gravel 26 266.3 81

*<60mm values to aid description only

Sand 33 335.0 80 Silt 27 273.35 77 Clay 15 152.00 741.18 72

Uniformity Coefficient D60 / D10 Not applicable0.600 680.425 67 2.65 assumed0.300 63

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 59 Sieving 9.2 wet sieve0.150 53

12.8Sedimentation 9.5 hydrometer

0.063 42

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103039

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

6

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 185: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 28 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0454 2675 100 0.0328 2463 100 0.0236 2250 100 0.0170 20

Remarks37.5 95 0.0091 1628 90 0.0043 12

0.0034 11Sample

Proportions

Whole

10 75

*<60mm14 79 0.0015 8 Cobbles / boulders 0 020 85

Gravel 39 396.3 69

*<60mm values to aid description only

Sand 34 345.0 67 Silt 19 193.35 64 Clay 9 92.00 611.18 59

Uniformity Coefficient D60 / D10 5830.600 550.425 53 2.65 assumed0.300 49

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 44 Sieving 9.2 wet sieve0.150 37

7.6Sedimentation 9.5 hydrometer

0.063 28

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103134

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

9

B10

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 186: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey slightly sandy very gravelly CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: natural material

90 10075 10063 9350 85

Remarks37.5 7628 66

Sample

Proportions

Whole

10 46

*<60mm14 51 Cobbles / boulders 7 020 57

Gravel 66 716.3 40

*<60mm values to aid description only

Sand 19 205.0 36 Silt silt+clay =3.35 32 Clay 7 82.00 271.18 22

Uniformity Coefficient D60 / D10 1420.600 180.425 160.300 13

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 12 Sieving 9.2 wet sieve0.150 10

22.9Sedimentation none

0.063 7

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103251

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

12.48

B16

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 187: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 16

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0448 1575 100 0.0324 1463 95 0.0234 1250 92 0.0168 12

Remarks37.5 85 0.0090 1028 82 0.0047 8

0.0036 7Sample

Proportions

Whole

10 59

*<60mm14 63 0.0015 5 Cobbles / boulders 5 020 75

Gravel 52 556.3 53

*<60mm values to aid description only

Sand 26 275.0 51 Silt 11 123.35 47 Clay 5 62.00 431.18 39

Uniformity Coefficient D60 / D10 10680.600 340.425 32 2.65 assumed0.300 29

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 26 Sieving 9.2 wet sieve0.150 22

19.7Sedimentation 9.5 hydrometer

0.063 16

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103355

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

15.9

B22

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 188: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 19

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0455 1875 100 0.0330 1663 96 0.0237 1550 91 0.0171 14

Remarks37.5 87 0.0091 1128 80 0.0046 9

0.0035 8Sample

Proportions

Whole

10 66

*<60mm14 73 0.0015 6 Cobbles / boulders 4 020 74

Gravel 45 476.3 62

*<60mm values to aid description only

Sand 32 335.0 60 Silt 12 133.35 56 Clay 7 72.00 511.18 47

Uniformity Coefficient D60 / D10 8070.600 430.425 40 2.65 assumed0.300 36

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 32 Sieving 9.2 wet sieve0.150 27

16.6Sedimentation 9.5 hydrometer

0.063 19

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103425

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

19

B25

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 189: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark grey slightly gravelly sandy CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 28

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0445 2675 100 0.0322 2463 96 0.0233 2250 96 0.0168 20

Remarks37.5 90 0.0090 1728 88 0.0046 13

0.0035 12Sample

Proportions

Whole

10 74

*<60mm14 79 0.0015 9 Cobbles / boulders 4 020 83

Gravel 34 356.3 69

*<60mm values to aid description only

Sand 35 365.0 68 Silt 18 193.35 65 Clay 10 112.00 621.18 60

Uniformity Coefficient D60 / D10 5860.600 560.425 54 2.65 assumed0.300 50

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 44 Sieving 9.2 wet sieve0.150 39

12.3Sedimentation 9.5 hydrometer

0.063 28

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161103103441

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH08S

21.2

B27

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 190: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy gravelly clayey COBBLE.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 17 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 65 0.0417 1575 65 0.0307 1463 48 0.0224 1250 48 0.0163 11

Remarks37.5 46 0.0089 928 43 0.0042 6

0.0033 5Sample

Proportions

Whole

10 34

*<60mm14 38 0.0015 4 Cobbles / boulders 52 020 39

Gravel 20 426.3 32

*<60mm values to aid description only

Sand 12 255.0 31 Silt 12 253.35 30 Clay 5 92.00 291.18 27

Uniformity Coefficient D60 / D10 57900.600 260.425 25 2.65 assumed0.300 24

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 22 Sieving 9.2 wet sieve0.150 20

6.0Sedimentation 9.5 hydrometer

0.063 17

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024124920

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH09

2.2

B12

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 191: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy very gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100

Preparation / Pretreatment Sieve: pre dried,

90 10075 8863 8850 68

Remarks37.5 5628 46

Sample

Proportions

Whole

10 33

*<60mm14 35 Cobbles / boulders 12 020 37

Gravel 63 726.3 32

*<60mm values to aid description only

Sand 14 165.0 31 Silt silt+clay =3.35 29 Clay 12 142.00 251.18 23

Uniformity Coefficient D60 / D10 Not applicable0.600 210.425 200.300 19

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 15

6.8Sedimentation none

0.063 12

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024125012

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH09

4.2

B16

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 192: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 25

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 83 0.0452 2375 83 0.0327 2163 83 0.0234 2050 78 0.0169 18

Remarks37.5 72 0.0090 1428 67 0.0042 11

0.0033 10Sample

Proportions

Whole

10 55

*<60mm14 58 0.0015 8 Cobbles / boulders 17 020 61

Gravel 39 476.3 51

*<60mm values to aid description only

Sand 19 235.0 50 Silt 16 193.35 47 Clay 8 102.00 441.18 41

Uniformity Coefficient D60 / D10 51170.600 380.425 36 2.65 assumed0.300 33

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 30 Sieving 9.2 wet sieve0.150 27

15.0Sedimentation 9.5 hydrometer

0.063 25

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161024125107

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH09

6.7

B20

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 193: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 91 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0448 8875 100 0.0327 7963 100 0.0236 7250 100 0.0171 65

Remarks37.5 100 0.0091 5128 100 0.0042 36

0.0034 31Sample

Proportions

Whole

10 99

*<60mm14 100 0.0015 24 Cobbles / boulders 0 020 100

Gravel 3 36.3 99

*<60mm values to aid description only

Sand 6 65.0 98 Silt 64 643.35 98 Clay 26 262.00 971.18 97

Uniformity Coefficient D60 / D10 Not applicable0.600 960.425 96 2.65 assumed0.300 95

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 94 Sieving 9.2 wet sieve0.150 93

2.8Sedimentation 9.5 hydrometer

0.063 91

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021114626

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH10

1.7

B11

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 194: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 24

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0452 2275 100 0.0328 2063 85 0.0237 1850 80 0.0172 16

Remarks37.5 75 0.0092 1328 69 0.0042 9

0.0033 8Sample

Proportions

Whole

10 56

*<60mm14 58 0.0015 7 Cobbles / boulders 15 020 67

Gravel 39 466.3 52

*<60mm values to aid description only

Sand 22 265.0 51 Silt 17 203.35 48 Clay 7 82.00 461.18 44

Uniformity Coefficient D60 / D10 31150.600 410.425 39 2.65 assumed0.300 37

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 34 Sieving 9.2 wet sieve0.150 30

13.1Sedimentation 9.5 hydrometer

0.063 24

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021114835

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH10

5.2

B21

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 195: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 26

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0424 2575 95 0.0309 2363 94 0.0224 2150 91 0.0163 19

Remarks37.5 82 0.0088 1528 78 0.0041 11

0.0033 10Sample

Proportions

Whole

10 65

*<60mm14 70 0.0015 8 Cobbles / boulders 6 020 72

Gravel 41 446.3 60

*<60mm values to aid description only

Sand 26 285.0 58 Silt 18 193.35 56 Clay 8 92.00 531.18 50

Uniformity Coefficient D60 / D10 17780.600 470.425 45 2.65 assumed0.300 42

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 38 Sieving 9.2 wet sieve0.150 34

20.2Sedimentation 9.5 hydrometer

0.063 26

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161025035823

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH12

3.2

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 196: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 24 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0435 2275 100 0.0317 2063 100 0.0230 1950 98 0.0167 17

Remarks37.5 92 0.0089 1428 83 0.0042 10

0.0033 9Sample

Proportions

Whole

10 61

*<60mm14 67 0.0015 7 Cobbles / boulders 0 020 75

Gravel 50 506.3 56

*<60mm values to aid description only

Sand 26 265.0 54 Silt 17 173.35 52 Clay 7 72.00 501.18 47

Uniformity Coefficient D60 / D10 20550.600 440.425 43 2.65 assumed0.300 39

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 35 Sieving 9.2 wet sieve0.150 31

14.6Sedimentation 9.5 hydrometer

0.063 24

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161025035859

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH12

6.7

B11

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 197: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy gravelly CLAY with two cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 19 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0464 1875 100 0.0337 1663 93 0.0242 1550 90 0.0174 13

Remarks37.5 90 0.0092 1128 86 0.0047 9

0.0026 7Sample

Proportions

Whole

10 71

*<60mm14 76 0.0015 6 Cobbles / boulders 7 020 83

Gravel 36 396.3 66

*<60mm values to aid description only

Sand 38 415.0 64 Silt 12 133.35 61 Clay 6 72.00 571.18 53

Uniformity Coefficient D60 / D10 4960.600 490.425 46 2.65 assumed0.300 41

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 34 Sieving 9.2 wet sieve0.150 28

13.4Sedimentation 9.5 hydrometer

0.063 19

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161014011301

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH13

1.2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 198: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 15

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0442 1475 74 0.0320 1363 71 0.0231 1250 68 0.0167 11

Remarks37.5 64 0.0089 928 57 0.0041 7

0.0033 6Sample

Proportions

Whole

10 47

*<60mm14 52 0.0015 5 Cobbles / boulders 29 020 54

Gravel 35 496.3 42

*<60mm values to aid description only

Sand 21 305.0 41 Silt 10 143.35 39 Clay 5 82.00 361.18 34

Uniformity Coefficient D60 / D10 26690.600 310.425 30 2.65 assumed0.300 27

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 24 Sieving 9.2 wet sieve0.150 21

15.4Sedimentation 9.5 hydrometer

0.063 15

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161014011343

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH13

4.2

B9

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 199: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 25 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0450 2375 100 0.0327 2163 100 0.0235 1950 98 0.0171 17

Remarks37.5 94 0.0091 1428 88 0.0047 11

0.0026 9Sample

Proportions

Whole

10 77

*<60mm14 80 0.0015 7 Cobbles / boulders 0 020 82

Gravel 39 396.3 71

*<60mm values to aid description only

Sand 36 365.0 68 Silt 17 173.35 65 Clay 8 82.00 611.18 57

Uniformity Coefficient D60 / D10 5500.600 520.425 48 2.65 assumed0.300 43

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 38 Sieving 9.2 wet sieve0.150 32

22.9Sedimentation 9.5 hydrometer

0.063 25

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161014011432

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH13

8.2

B13

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 200: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 34

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 71 0.0427 3275 71 0.0310 2963 71 0.0226 2750 65 0.0164 24

Remarks37.5 64 0.0088 2028 57 0.0041 15

0.0033 14Sample

Proportions

Whole

10 49

*<60mm14 51 0.0015 10 Cobbles / boulders 29 020 54

Gravel 27 386.3 47

*<60mm values to aid description only

Sand 10 145.0 46 Silt 22 313.35 45 Clay 12 162.00 441.18 43

Uniformity Coefficient D60 / D10 Not applicable0.600 420.425 41 2.65 assumed0.300 40

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 38 Sieving 9.2 wet sieve0.150 36

10.0Sedimentation 9.5 hydrometer

0.063 34

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020101336

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH14

2.2

B13

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 201: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with rare rootlets.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 32

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0427 3175 100 0.0312 2863 100 0.0226 2650 100 0.0163 24

Remarks37.5 86 0.0088 1928 80 0.0041 14

0.0032 13Sample

Proportions

Whole

10 64

*<60mm14 70 0.0015 10 Cobbles / boulders 0 020 76

Gravel 47 476.3 59

*<60mm values to aid description only

Sand 21 215.0 58 Silt 21 213.35 55 Clay 11 112.00 531.18 50

Uniformity Coefficient D60 / D10 Not applicable0.600 470.425 45 2.65 assumed0.300 43

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 40 Sieving 9.2 wet sieve0.150 36

6.2Sedimentation 9.5 hydrometer

0.063 32

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020101512

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH14

5.2

B19

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 202: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 22

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0435 2175 100 0.0316 1963 96 0.0229 1750 93 0.0165 16

Remarks37.5 92 0.0089 1328 87 0.0041 10

0.0033 9Sample

Proportions

Whole

10 67

*<60mm14 74 0.0015 6 Cobbles / boulders 4 020 81

Gravel 47 496.3 61

*<60mm values to aid description only

Sand 27 285.0 58 Silt 15 163.35 54 Clay 7 72.00 491.18 45

Uniformity Coefficient D60 / D10 12990.600 410.425 38 2.65 assumed0.300 35

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 31 Sieving 9.2 wet sieve0.150 27

12.6Sedimentation 9.5 hydrometer

0.063 22

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020101700

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH14

9.5

B26

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 203: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 38 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0424 3675 100 0.0307 3463 100 0.0225 3050 100 0.0162 28

Remarks37.5 100 0.0087 2328 96 0.0045 19

0.0026 15Sample

Proportions

Whole

10 83

*<60mm14 88 0.0015 13 Cobbles / boulders 0 020 92

Gravel 29 296.3 80

*<60mm values to aid description only

Sand 32 325.0 78 Silt 24 243.35 74 Clay 14 142.00 711.18 68

Uniformity Coefficient D60 / D10 Not applicable0.600 640.425 62 2.65 assumed0.300 58

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 53 Sieving 9.2 wet sieve0.150 48

2.0Sedimentation 9.5 hydrometer

0.063 38

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018121839

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH15

2.5

B14

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 204: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 33

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0408 3175 90 0.0300 2863 90 0.0219 2650 88 0.0159 24

Remarks37.5 84 0.0086 1928 82 0.0045 16

0.0025 12Sample

Proportions

Whole

10 76

*<60mm14 78 0.0015 10 Cobbles / boulders 10 020 78

Gravel 25 286.3 73

*<60mm values to aid description only

Sand 32 365.0 72 Silt 22 243.35 69 Clay 11 122.00 651.18 62

Uniformity Coefficient D60 / D10 5550.600 590.425 57 2.65 assumed0.300 55

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 50 Sieving 9.2 wet sieve0.150 44

15.6Sedimentation 9.5 hydrometer

0.063 33

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018122114

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH15

6.5

B23

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 205: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 69 0.0630 22

Preparation / Pretreatment Sieve: pre dried, Hydro: as BS1377

90 69 0.0415 2075 69 0.0303 1863 66 0.0221 1750 63 0.0161 15

Remarks37.5 62 0.0087 1228 60 0.0045 10

0.0025 8Sample

Proportions

Whole

10 53

*<60mm14 56 0.0015 6 Cobbles / boulders 34 020 57

Gravel 23 356.3 49

*<60mm values to aid description only

Sand 21 325.0 48 Silt 14 213.35 46 Clay 7 112.00 431.18 40

Uniformity Coefficient D60 / D10 91530.600 370.425 35 2.65 assumed0.300 33

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 30 Sieving 9.2 wet sieve0.150 27

18.5Sedimentation 9.5 hydrometer

0.063 22

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161013015507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH16

3.2

B10

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 206: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 23 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0432 2275 100 0.0314 2063 100 0.0228 1850 94 0.0165 17

Remarks37.5 93 0.0088 1428 88 0.0041 10

0.0033 9Sample

Proportions

Whole

10 75

*<60mm14 79 0.0015 7 Cobbles / boulders 0 020 81

Gravel 43 436.3 70

*<60mm values to aid description only

Sand 34 345.0 66 Silt 16 163.35 63 Clay 7 72.00 571.18 53

Uniformity Coefficient D60 / D10 6120.600 480.425 45 2.65 assumed0.300 41

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 37 Sieving 9.2 wet sieve0.150 31

9.7Sedimentation 9.5 hydrometer

0.063 23

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161026094844

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

BH17

4.5

B16

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 207: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with occassional rootlets and two cobblesParticle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 21

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 64 0.0396 2075 64 0.0291 1863 64 0.0214 1750 60 0.0156 15

Remarks37.5 51 0.0085 1228 48 0.0045 10

0.0034 9Sample

Proportions

Whole

10 42

*<60mm14 44 0.0015 7 Cobbles / boulders 36 020 46

Gravel 26 416.3 41

*<60mm values to aid description only

Sand 17 275.0 40 Silt 13 203.35 39 Clay 8 122.00 381.18 37

Uniformity Coefficient D60 / D10 113470.600 350.425 34 2.65 assumed0.300 32

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 29 Sieving 9.2 wet sieve0.150 26

9.5Sedimentation 9.5 hydrometer

0.063 21

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161010043913

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

SA03

1.9

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 208: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly SILT with four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 93 0.0396 1975 77 0.0296 1763 77 0.0224 1450 74 0.0168 11

Remarks37.5 63 0.0093 728 54 0.0047 4

0.0036 4Sample

Proportions

Whole

10 39

*<60mm14 41 0.0016 3 Cobbles / boulders 23 020 51

Gravel 46 606.3 36

*<60mm values to aid description only

Sand 11 145.0 35 Silt 17 223.35 33 Clay 3 42.00 311.18 30

Uniformity Coefficient D60 / D10 22590.600 280.425 27 2.65 assumed0.300 26

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 25 Sieving 9.2 wet sieve0.150 23

14.4Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161011084641

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

SA04

1

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 209: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with seven cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 83 0.0630 8

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 63 0.0378 775 63 0.0277 763 56 0.0201 650 50 0.0146 6

Remarks37.5 42 0.0078 528 36 0.0037 4

0.0030 4Sample

Proportions

Whole

10 26

*<60mm14 29 0.0014 3 Cobbles / boulders 44 020 32

Gravel 39 706.3 22

*<60mm values to aid description only

Sand 9 165.0 21 Silt 4 73.35 19 Clay 4 72.00 171.18 15

Uniformity Coefficient D60 / D10 3020.600 130.425 12 2.79 measured0.300 11

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 10 Sieving 9.2 wet sieve0.150 9

24.4Sedimentation 9.5 hydrometer

0.063 8

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017020125

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP03

1

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 210: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with occasional rootlets and three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 12

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0404 1275 82 0.0296 1163 75 0.0217 1050 61 0.0157 9

Remarks37.5 57 0.0085 828 53 0.0045 6

0.0034 6Sample

Proportions

Whole

10 39

*<60mm14 42 0.0015 5 Cobbles / boulders 25 020 48

Gravel 48 646.3 34

*<60mm values to aid description only

Sand 15 205.0 33 Silt 7 93.35 30 Clay 5 72.00 271.18 25

Uniformity Coefficient D60 / D10 22960.600 220.425 21 2.65 assumed0.300 19

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 15

10.1Sedimentation 9.5 hydrometer

0.063 12

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017020144

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP03

2.5

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 211: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 70 0.0630 19

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 64 0.0384 1875 62 0.0284 1763 62 0.0203 1650 61 0.0149 15

Remarks37.5 59 0.0081 1228 57 0.0044 10

0.0033 9Sample

Proportions

Whole

10 47

*<60mm14 51 0.0014 6 Cobbles / boulders 38 020 55

Gravel 25 406.3 44

*<60mm values to aid description only

Sand 18 295.0 42 Silt 12 193.35 40 Clay 7 112.00 371.18 35

Uniformity Coefficient D60 / D10 116620.600 330.425 32 2.75 measured0.300 29

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 27 Sieving 9.2 wet sieve0.150 24

30.8Sedimentation 9.5 hydrometer

0.063 19

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017021026

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

1.2

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 212: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown very sandy very gravelly silty COBBLES.Particle Size mm

%Passing

Particle Size mm

%Passing

125 49 0.0630 5 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 43 0.0453 575 43 0.0328 463 37 0.0237 450 33 0.0170 3

Remarks37.5 32 0.0090 328 28 0.0041 2

0.0033 2Sample

Proportions

Whole

10 19

*<60mm14 21 0.0015 1 Cobbles / boulders 63 020 24

Gravel 24 656.3 16

*<60mm values to aid description only

Sand 8 225.0 16 Silt 3 83.35 15 Clay 2 42.00 131.18 13

Uniformity Coefficient D60 / D10 Not applicable0.600 110.425 11 2.77 measured0.300 10

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 8 Sieving 9.2 wet sieve0.150 7

23.0Sedimentation 9.5 hydrometer

0.063 5

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017021045

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 213: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with rare rootlets and four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 18

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0407 1775 75 0.0294 1663 75 0.0212 1550 70 0.0153 15

Remarks37.5 70 0.0082 1328 66 0.0044 11

0.0034 10Sample

Proportions

Whole

10 55

*<60mm14 59 0.0014 9 Cobbles / boulders 25 020 61

Gravel 35 476.3 52

*<60mm values to aid description only

Sand 22 295.0 50 Silt 9 123.35 45 Clay 9 122.00 401.18 33

Uniformity Coefficient D60 / D10 62850.600 280.425 26 2.65 assumed0.300 24

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 22 Sieving 9.2 wet sieve0.150 20

4.6Sedimentation 9.5 hydrometer

0.063 18

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021014955

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP06

0.8

B4

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 214: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with eight cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 90

Preparation / Pretreatment Sieve: natural material

90 5975 5563 5450 49

Remarks37.5 4628 41

Sample

Proportions

Whole

10 31

*<60mm14 34 Cobbles / boulders 46 020 37

Gravel 33 616.3 28

*<60mm values to aid description only

Sand 12 225.0 26 Silt silt+clay =3.35 24 Clay 8 152.00 211.18 18

Uniformity Coefficient D60 / D10 5800.600 150.425 140.300 13

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 11 Sieving 9.2 wet sieve0.150 10

28.7Sedimentation none

0.063 8

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021015033

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP06

2.4

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 215: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 85 0.0630 21

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 85 0.0455 2075 76 0.0330 1863 76 0.0239 1650 74 0.0172 14

Remarks37.5 72 0.0091 1128 70 0.0050 9

0.0037 7Sample

Proportions

Whole

10 63

*<60mm14 65 0.0015 6 Cobbles / boulders 24 020 68

Gravel 20 266.3 61

*<60mm values to aid description only

Sand 34 455.0 60 Silt 15 203.35 58 Clay 6 82.00 561.18 54

Uniformity Coefficient D60 / D10 8070.600 510.425 48 2.73 measured0.300 45

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 39 Sieving 9.2 wet sieve0.150 32

17.9Sedimentation 9.5 hydrometer

0.063 21

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017033829

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

1.2

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 216: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 16 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0427 1675 100 0.0310 1463 100 0.0224 1350 92 0.0163 12

Remarks37.5 83 0.0088 928 76 0.0041 6

0.0033 5Sample

Proportions

Whole

10 52

*<60mm14 58 0.0015 4 Cobbles / boulders 0 020 69

Gravel 59 596.3 47

*<60mm values to aid description only

Sand 25 255.0 46 Silt 12 123.35 43 Clay 4 42.00 411.18 39

Uniformity Coefficient D60 / D10 13900.600 360.425 34 2.73 measured0.300 30

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 26 Sieving 9.2 wet sieve0.150 22

23.8Sedimentation 9.5 hydrometer

0.063 16

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017033847

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 217: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 17

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 81 0.0421 1675 78 0.0307 1563 75 0.0224 1350 74 0.0163 12

Remarks37.5 71 0.0088 1028 69 0.0042 7

0.0033 7Sample

Proportions

Whole

10 44

*<60mm14 49 0.0015 5 Cobbles / boulders 25 020 64

Gravel 41 556.3 40

*<60mm values to aid description only

Sand 17 235.0 38 Silt 12 163.35 36 Clay 5 72.00 341.18 32

Uniformity Coefficient D60 / D10 20640.600 300.425 28 2.65 assumed0.300 26

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 23 Sieving 9.2 wet sieve0.150 20

19.9Sedimentation 9.5 hydrometer

0.063 17

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161017033902

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

2.8

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 218: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 59

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0431 5675 100 0.0314 5163 90 0.0229 4550 84 0.0167 40

Remarks37.5 79 0.0090 3228 78 0.0042 22

0.0034 20Sample

Proportions

Whole

10 73

*<60mm14 75 0.0015 15 Cobbles / boulders 10 020 75

Gravel 21 236.3 71

*<60mm values to aid description only

Sand 10 115.0 70 Silt 43 483.35 70 Clay 16 182.00 691.18 69

Uniformity Coefficient D60 / D10 Not applicable0.600 680.425 67 2.65 assumed0.300 66

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 64 Sieving 9.2 wet sieve0.150 62

11.2Sedimentation 9.5 hydrometer

0.063 59

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161010042348

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP09

0.9

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 219: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with 6 cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 94 0.0630 21 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 67 0.0391 1975 67 0.0284 1863 63 0.0212 1650 63 0.0156 14

Remarks37.5 57 0.0085 1028 55 0.0041 7

0.0033 6Sample

Proportions

Whole

10 45

*<60mm14 48 0.0015 4 Cobbles / boulders 37 020 51

Gravel 25 406.3 43

*<60mm values to aid description only

Sand 17 275.0 42 Silt 16 253.35 40 Clay 5 72.00 381.18 36

Uniformity Coefficient D60 / D10 54020.600 340.425 33 2.76 measured0.300 32

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 29 Sieving 9.2 wet sieve0.150 27

15.3Sedimentation 9.5 hydrometer

0.063 21

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161010042508

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP09

2

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 220: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Dark brown slightly sandy gravelly CLAY with eight cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 20

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 96 0.0435 1975 92 0.0317 1763 85 0.0231 1550 85 0.0168 14

Remarks37.5 80 0.0090 1128 74 0.0046 9

0.0027 7Sample

Proportions

Whole

10 56

*<60mm14 61 0.0015 6 Cobbles / boulders 15 020 69

Gravel 38 456.3 51

*<60mm values to aid description only

Sand 26 315.0 50 Silt 14 163.35 48 Clay 6 72.00 461.18 45

Uniformity Coefficient D60 / D10 23260.600 440.425 43 2.65 assumed0.300 41

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 37 Sieving 9.2 wet sieve0.150 32

32.3Sedimentation 9.5 hydrometer

0.063 20

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161021013839

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP10

2.8

B8

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 221: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with frequent rootlets.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 57

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0416 5475 100 0.0305 5063 100 0.0224 4450 100 0.0164 39

Remarks37.5 98 0.0089 3128 97 0.0045 24

0.0035 22Sample

Proportions

Whole

10 85

*<60mm14 88 0.0015 17 Cobbles / boulders 0 020 93

Gravel 19 196.3 84

*<60mm values to aid description only

Sand 24 245.0 83 Silt 38 383.35 82 Clay 18 182.00 811.18 79

Uniformity Coefficient D60 / D10 Not applicable0.600 770.425 76 2.65 assumed0.300 74

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 70 Sieving 9.2 wet sieve0.150 66

13.3Sedimentation 9.5 hydrometer

0.063 57

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018024324

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP12

0.7

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 222: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 55 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0441 5275 100 0.0317 5063 99 0.0229 4550 97 0.0166 41

Remarks37.5 94 0.0090 3228 91 0.0048 26

0.0036 22Sample

Proportions

Whole

10 84

*<60mm14 84 0.0015 17 Cobbles / boulders 1 020 89

Gravel 20 206.3 82

*<60mm values to aid description only

Sand 23 235.0 81 Silt 37 373.35 80 Clay 19 192.00 781.18 77

Uniformity Coefficient D60 / D10 Not applicable0.600 750.425 74 2.65 assumed0.300 71

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 66 Sieving 9.2 wet sieve0.150 62

17.4Sedimentation 9.5 hydrometer

0.063 55

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018024336

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP12

1.7

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 223: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with six cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 38

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 89 0.0377 3675 81 0.0274 3463 74 0.0202 3250 73 0.0147 29

Remarks37.5 70 0.0081 2428 65 0.0041 17

0.0032 15Sample

Proportions

Whole

10 62

*<60mm14 63 0.0014 11 Cobbles / boulders 26 020 63

Gravel 17 236.3 59

*<60mm values to aid description only

Sand 19 265.0 59 Silt 25 343.35 58 Clay 12 172.00 561.18 55

Uniformity Coefficient D60 / D10 Not applicable0.600 540.425 53 2.75 measured0.300 50

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 47 Sieving 9.2 wet sieve0.150 43

18.9Sedimentation 9.5 hydrometer

0.063 38

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018024402

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP12

2.5

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 224: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with frequent rootlets.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 58

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0426 5675 100 0.0311 5163 100 0.0228 4550 99 0.0167 38

Remarks37.5 93 0.0090 3028 93 0.0045 21

0.0035 19Sample

Proportions

Whole

10 86

*<60mm14 87 0.0015 12 Cobbles / boulders 0 020 91

Gravel 17 176.3 85

*<60mm values to aid description only

Sand 24 245.0 84 Silt 44 443.35 83 Clay 14 142.00 831.18 82

Uniformity Coefficient D60 / D10 Not applicable0.600 800.425 79 2.65 assumed0.300 77

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 72 Sieving 9.2 wet sieve0.150 68

14.8Sedimentation 9.5 hydrometer

0.063 58

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020113045

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP13

0.2

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 225: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 62

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0424 5975 100 0.0308 5563 95 0.0226 4950 93 0.0165 42

Remarks37.5 92 0.0090 3228 90 0.0047 25

0.0036 22Sample

Proportions

Whole

10 84

*<60mm14 85 0.0015 16 Cobbles / boulders 5 020 89

Gravel 14 156.3 82

*<60mm values to aid description only

Sand 18 195.0 82 Silt 44 463.35 81 Clay 18 192.00 801.18 80

Uniformity Coefficient D60 / D10 Not applicable0.600 790.425 78 2.65 assumed0.300 76

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 73 Sieving 9.2 wet sieve0.150 69

16.7Sedimentation 9.5 hydrometer

0.063 62

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020113127

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP13

1.6

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 226: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with occasional rootlets and two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 38

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 87 0.0415 3775 87 0.0304 3463 83 0.0221 3150 83 0.0160 28

Remarks37.5 79 0.0087 2328 76 0.0043 17

0.0034 15Sample

Proportions

Whole

10 69

*<60mm14 70 0.0015 12 Cobbles / boulders 17 020 73

Gravel 20 246.3 67

*<60mm values to aid description only

Sand 25 305.0 66 Silt 25 303.35 65 Clay 13 162.00 631.18 62

Uniformity Coefficient D60 / D10 Not applicable0.600 590.425 58 2.65 assumed0.300 55

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 51 Sieving 9.2 wet sieve0.150 47

15.2Sedimentation 9.5 hydrometer

0.063 38

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020113143

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP13

2.2

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 227: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 57

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0426 5575 100 0.0309 5163 97 0.0228 4550 97 0.0166 40

Remarks37.5 97 0.0090 3128 94 0.0048 24

0.0036 22Sample

Proportions

Whole

10 88

*<60mm14 90 0.0015 17 Cobbles / boulders 3 020 90

Gravel 14 146.3 85

*<60mm values to aid description only

Sand 25 265.0 85 Silt 39 403.35 84 Clay 18 192.00 821.18 81

Uniformity Coefficient D60 / D10 Not applicable0.600 790.425 78 2.65 assumed0.300 76

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 71 Sieving 9.2 wet sieve0.150 67

14.8Sedimentation 9.5 hydrometer

0.063 57

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018021958

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP14

0.7

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 228: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 42

Preparation / Pretreatment Sieve: pre dried, Hydro: as BS1377

90 74 0.0385 4075 74 0.0288 3663 74 0.0215 3250 74 0.0158 28

Remarks37.5 73 0.0087 2228 72 0.0046 17

0.0035 16Sample

Proportions

Whole

10 63

*<60mm14 63 0.0015 12 Cobbles / boulders 26 020 71

Gravel 13 186.3 62

*<60mm values to aid description only

Sand 18 245.0 62 Silt 29 393.35 61 Clay 13 182.00 601.18 60

Uniformity Coefficient D60 / D10 Not applicable0.600 590.425 57 2.65 assumed0.300 56

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 53 Sieving 9.2 wet sieve0.150 50

13.1Sedimentation 9.5 hydrometer

0.063 42

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018022404

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP14

1.6

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 229: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly silty CLAY with occasional rootlets and one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 49

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 84 0.0406 4775 84 0.0301 4263 84 0.0223 3650 80 0.0164 31

Remarks37.5 78 0.0089 2328 75 0.0045 17

0.0035 15Sample

Proportions

Whole

10 71

*<60mm14 72 0.0015 12 Cobbles / boulders 16 020 74

Gravel 16 196.3 70

*<60mm values to aid description only

Sand 19 235.0 69 Silt 35 423.35 68 Clay 13 162.00 681.18 66

Uniformity Coefficient D60 / D10 Not applicable0.600 640.425 63 2.69 measured0.300 61

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 59 Sieving 9.2 wet sieve0.150 56

15.6Sedimentation 9.5 hydrometer

0.063 49

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018022418

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP14

2.3

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 230: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly clayey COBBLES.Particle Size mm

%Passing

Particle Size mm

%Passing

125 53 0.0630 13 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 53 0.0390 1375 50 0.0281 1263 45 0.0206 1150 42 0.0151 10

Remarks37.5 41 0.0082 928 38 0.0041 7

0.0032 6Sample

Proportions

Whole

10 27

*<60mm14 29 0.0014 4 Cobbles / boulders 55 020 35

Gravel 22 496.3 25

*<60mm values to aid description only

Sand 9 205.0 25 Silt 8 183.35 24 Clay 5 112.00 221.18 21

Uniformity Coefficient D60 / D10 Not applicable0.600 200.425 19 2.73 measured0.300 18

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 15

27.8Sedimentation 9.5 hydrometer

0.063 13

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018023344

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

0.8

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 231: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with occasional rootlets and twenty four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 67 0.0630 11

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 67 0.0398 1175 63 0.0292 1063 61 0.0213 950 52 0.0155 8

Remarks37.5 46 0.0084 728 42 0.0040 5

0.0032 5Sample

Proportions

Whole

10 35

*<60mm14 37 0.0014 3 Cobbles / boulders 39 020 38

Gravel 35 576.3 31

*<60mm values to aid description only

Sand 14 235.0 30 Silt 7 113.35 28 Clay 4 72.00 261.18 24

Uniformity Coefficient D60 / D10 17570.600 220.425 21 2.74 measured0.300 19

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 16 Sieving 9.2 wet sieve0.150 14

23.3Sedimentation 9.5 hydrometer

0.063 11

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018023417

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

2

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 232: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy clayey GRAVEL with five cobbles.Particle Size mm

%Passing

Particle Size mm

%Passing

125 84 0.0630 13 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 68 0.0410 1375 68 0.0299 1263 64 0.0219 1150 57 0.0159 10

Remarks37.5 55 0.0086 828 51 0.0042 6

0.0033 5Sample

Proportions

Whole

10 33

*<60mm14 36 0.0015 4 Cobbles / boulders 36 020 47

Gravel 38 596.3 30

*<60mm values to aid description only

Sand 12 195.0 28 Silt 9 143.35 27 Clay 5 72.00 261.18 24

Uniformity Coefficient D60 / D10 31680.600 230.425 22 2.65 assumed0.300 20

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 19 Sieving 9.2 wet sieve0.150 16

21.4Sedimentation 9.5 hydrometer

0.063 13

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018023447

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

2.8

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 233: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY.Particle Size mm

%Passing

Particle Size mm

%Passing

125 100 0.0630 52 Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0426 4975 100 0.0313 4363 100 0.0229 3850 100 0.0169 32

Remarks37.5 98 0.0092 2328 96 0.0047 18

0.0026 15Sample

Proportions

Whole

10 88

*<60mm14 89 0.0015 14 Cobbles / boulders 0 020 91

Gravel 19 196.3 85

*<60mm values to aid description only

Sand 28 285.0 84 Silt 38 383.35 83 Clay 14 142.00 811.18 79

Uniformity Coefficient D60 / D10 Not applicable0.600 770.425 75 2.65 assumed0.300 72

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 68 Sieving 9.2 wet sieve0.150 63

11.2Sedimentation 9.5 hydrometer

0.063 52

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161013121207

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP18

1.9

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 234: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy very gravelly clayey COBBLES.Particle Size mm

%Passing

Particle Size mm

%Passing

125 59 Preparation / Pretreatment Sieve: natural material

90 4575 4563 4350 38

Remarks37.5 3428 32

Sample

Proportions

Whole

10 27

*<60mm14 29 Cobbles / boulders 57 020 30

Gravel 20 476.3 26

*<60mm values to aid description only

Sand 11 265.0 25 Silt silt+clay =3.35 24 Clay 12 282.00 231.18 22

Uniformity Coefficient D60 / D10 Not applicable0.600 200.425 200.300 18

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 17 Sieving 9.2 wet sieve0.150 15

35.7Sedimentation none

0.063 12

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018041129

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP19

1.3

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 235: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy gravelly clayey COBBLES.Particle Size mm

%Passing

Particle Size mm

%Passing

125 62 Preparation / Pretreatment Sieve: natural material

90 4375 4163 3950 38

Remarks37.5 3728 34

Sample

Proportions

Whole

10 29

*<60mm14 32 Cobbles / boulders 61 020 32

Gravel 14 366.3 28

*<60mm values to aid description only

Sand 12 315.0 27 Silt silt+clay =3.35 26 Clay 13 332.00 251.18 24

Uniformity Coefficient D60 / D10 Not applicable0.600 220.425 210.300 20

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 18 Sieving 9.2 wet sieve0.150 17

31.1Sedimentation none

0.063 13

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161018041155

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP19

2.2

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 236: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Light brown slightly sandy slightly gravelly CLAY with rare rootlets and one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 49

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0430 4675 100 0.0310 4363 97 0.0226 3950 93 0.0164 34

Remarks37.5 92 0.0089 2728 91 0.0045 20

0.0035 18Sample

Proportions

Whole

10 83

*<60mm14 85 0.0015 14 Cobbles / boulders 3 020 89

Gravel 23 246.3 80

*<60mm values to aid description only

Sand 25 265.0 78 Silt 34 353.35 76 Clay 15 162.00 741.18 72

Uniformity Coefficient D60 / D10 Not applicable0.600 690.425 67 2.71 measured0.300 64

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 60 Sieving 9.2 wet sieve0.150 56

20.3Sedimentation 9.5 hydrometer

0.063 49

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019125716

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

0.8

B3

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 237: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with frequent rootlets and one cobble.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 46

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0427 4475 100 0.0314 3963 97 0.0229 3550 97 0.0166 31

Remarks37.5 94 0.0089 2628 88 0.0046 20

0.0035 18Sample

Proportions

Whole

10 80

*<60mm14 83 0.0015 14 Cobbles / boulders 3 020 85

Gravel 22 236.3 78

*<60mm values to aid description only

Sand 28 295.0 77 Silt 31 323.35 76 Clay 16 162.00 751.18 73

Uniformity Coefficient D60 / D10 Not applicable0.600 710.425 69 2.65 assumed0.300 66

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 61 Sieving 9.2 wet sieve0.150 56

12.2Sedimentation 9.5 hydrometer

0.063 46

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019125736

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

1.5

B5

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 238: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with twenty four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 70 0.0630 29

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 67 0.0398 2775 60 0.0292 2563 60 0.0216 2250 58 0.0159 19

Remarks37.5 57 0.0086 1528 55 0.0042 11

0.0033 10Sample

Proportions

Whole

10 49

*<60mm14 50 0.0015 8 Cobbles / boulders 40 020 52

Gravel 16 276.3 47

*<60mm values to aid description only

Sand 15 255.0 46 Silt 20 333.35 45 Clay 9 152.00 441.18 43

Uniformity Coefficient D60 / D10 239870.600 410.425 40 2.70 measured0.300 38

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 36 Sieving 9.2 wet sieve0.150 33

19.2Sedimentation 9.5 hydrometer

0.063 29

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019125823

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

2.3

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 239: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with nine cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 84 0.0630 22

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 78 0.0371 2175 65 0.0276 1963 60 0.0204 1750 56 0.0150 16

Remarks37.5 54 0.0082 1328 51 0.0039 11

0.0031 10Sample

Proportions

Whole

10 43

*<60mm14 45 0.0014 8 Cobbles / boulders 40 020 49

Gravel 22 376.3 41

*<60mm values to aid description only

Sand 17 285.0 40 Silt 13 223.35 39 Clay 9 142.00 381.18 37

Uniformity Coefficient D60 / D10 187610.600 360.425 34 2.65 assumed0.300 33

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 30 Sieving 9.2 wet sieve0.150 27

21.3Sedimentation 9.5 hydrometer

0.063 22

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020105524

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP22

0.2

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 240: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with occasional rootlets and five cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 27

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 91 0.0415 2775 80 0.0302 2563 73 0.0219 2350 67 0.0158 21

Remarks37.5 64 0.0086 1828 63 0.0042 13

0.0033 12Sample

Proportions

Whole

10 52

*<60mm14 55 0.0015 9 Cobbles / boulders 27 020 60

Gravel 26 366.3 51

*<60mm values to aid description only

Sand 20 275.0 50 Silt 17 233.35 48 Clay 10 142.00 471.18 45

Uniformity Coefficient D60 / D10 82850.600 440.425 42 2.65 assumed0.300 40

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 36 Sieving 9.2 wet sieve0.150 33

16.5Sedimentation 9.5 hydrometer

0.063 27

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020105556

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP22

1.5

B6

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 241: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with three cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 46

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0427 4475 100 0.0313 3963 93 0.0230 3450 88 0.0167 30

Remarks37.5 87 0.0090 2528 86 0.0045 20

0.0035 18Sample

Proportions

Whole

10 81

*<60mm14 81 0.0015 16 Cobbles / boulders 7 020 84

Gravel 20 226.3 78

*<60mm values to aid description only

Sand 26 285.0 77 Silt 30 323.35 75 Clay 16 182.00 721.18 70

Uniformity Coefficient D60 / D10 Not applicable0.600 670.425 65 2.65 assumed0.300 62

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 58 Sieving 9.2 wet sieve0.150 54

17.6Sedimentation 9.5 hydrometer

0.063 46

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020111452

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

0.2

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 242: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly silty CLAY with twenty one cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 39

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 100 0.0407 3675 85 0.0299 3363 85 0.0220 2950 81 0.0160 26

Remarks37.5 78 0.0087 2128 75 0.0042 16

0.0033 15Sample

Proportions

Whole

10 70

*<60mm14 72 0.0015 13 Cobbles / boulders 15 020 74

Gravel 23 276.3 67

*<60mm values to aid description only

Sand 23 275.0 66 Silt 25 293.35 64 Clay 13 162.00 621.18 60

Uniformity Coefficient D60 / D10 Not applicable0.600 580.425 56 2.69 measured0.300 54

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 50 Sieving 9.2 wet sieve0.150 46

17.9Sedimentation 9.5 hydrometer

0.063 39

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020111514

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

0.8

B4

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 243: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 42

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 96 0.0432 4075 92 0.0310 3863 92 0.0224 3550 87 0.0162 32

Remarks37.5 84 0.0086 2828 80 0.0047 23

0.0035 20Sample

Proportions

Whole

10 73

*<60mm14 75 0.0015 15 Cobbles / boulders 8 020 77

Gravel 26 286.3 70

*<60mm values to aid description only

Sand 24 265.0 69 Silt 25 273.35 68 Clay 17 182.00 661.18 64

Uniformity Coefficient D60 / D10 Not applicable0.600 610.425 59 2.72 measured0.300 56

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 51 Sieving 9.2 wet sieve0.150 47

19.3Sedimentation 9.5 hydrometer

0.063 42

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020111559

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

1.8

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 244: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy gravelly CLAY with four cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 19

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 70 0.0411 1875 67 0.0302 1663 64 0.0222 1450 64 0.0161 13

Remarks37.5 59 0.0087 1128 55 0.0041 8

0.0032 8Sample

Proportions

Whole

10 47

*<60mm14 48 0.0015 6 Cobbles / boulders 36 020 53

Gravel 24 386.3 44

*<60mm values to aid description only

Sand 21 335.0 43 Silt 12 193.35 42 Clay 7 102.00 401.18 39

Uniformity Coefficient D60 / D10 59730.600 370.425 35 2.65 assumed0.300 33

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 29 Sieving 9.2 wet sieve0.150 26

23.4Sedimentation 9.5 hydrometer

0.063 19

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161020111640

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

2.8

B9

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 245: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with thirty two cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 100 0.0630 30

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 76 0.0393 2875 76 0.0290 2563 74 0.0211 2450 72 0.0154 21

Remarks37.5 70 0.0083 1828 68 0.0040 14

0.0032 13Sample

Proportions

Whole

10 60

*<60mm14 62 0.0015 9 Cobbles / boulders 26 020 65

Gravel 20 276.3 58

*<60mm values to aid description only

Sand 24 325.0 58 Silt 19 263.35 56 Clay 11 152.00 541.18 53

Uniformity Coefficient D60 / D10 59720.600 510.425 49 2.72 measured0.300 46

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 42 Sieving 9.2 wet sieve0.150 38

17.8Sedimentation 9.5 hydrometer

0.063 30

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019041703

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

0.9

B4

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 246: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with six cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 87 0.0630 28

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 87 0.0389 2675 79 0.0285 2463 72 0.0209 2250 72 0.0152 20

Remarks37.5 68 0.0082 1728 65 0.0042 13

0.0033 11Sample

Proportions

Whole

10 57

*<60mm14 60 0.0015 9 Cobbles / boulders 28 020 62

Gravel 22 316.3 55

*<60mm values to aid description only

Sand 22 315.0 53 Silt 18 253.35 51 Clay 10 142.00 501.18 48

Uniformity Coefficient D60 / D10 74250.600 460.425 45 2.74 measured0.300 42

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 38 Sieving 9.2 wet sieve0.150 35

21.1Sedimentation 9.5 hydrometer

0.063 28

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019041736

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

1.8

B7

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 247: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown slightly sandy slightly gravelly CLAY with 4 cobbles.Particle Size

mm%

PassingParticle Size

mm%

Passing125 84 0.0630 22

Preparation / Pretreatment Sieve: natural material Hydro: as BS1377

90 59 0.0382 2175 59 0.0284 1963 57 0.0209 1850 55 0.0152 16

Remarks37.5 52 0.0083 1428 50 0.0041 10

0.0033 9Sample

Proportions

Whole

10 46

*<60mm14 47 0.0015 7 Cobbles / boulders 43 020 48

Gravel 16 286.3 44

*<60mm values to aid description only

Sand 18 325.0 44 Silt 14 253.35 42 Clay 8 142.00 411.18 39

Uniformity Coefficient D60 / D10 239380.600 370.425 36 2.71 measured0.300 34

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 31 Sieving 9.2 wet sieve0.150 28

23.2Sedimentation 9.5 hydrometer

0.063 22

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161019041842

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

2.7

B9

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 248: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sieving Sedimentation

Soil description Brown sandy clayey very gravelly COBBLES.Particle Size mm

%Passing

Particle Size mm

%Passing

125 84 Preparation / Pretreatment Sieve: natural material

90 5975 5163 4450 39

Remarks37.5 3628 34

Sample

Proportions

Whole

10 27

*<60mm14 28 Cobbles / boulders 56 020 31

Gravel 21 486.3 25

*<60mm values to aid description only

Sand 12 275.0 24 Silt silt+clay =3.35 23 Clay 10 232.00 221.18 21

Uniformity Coefficient D60 / D10 13740.600 190.425 180.300 17

Dry mass of sample, kgTest Method

BS 1377 : Part 2 : 19900.212 15 Sieving 9.2 wet sieve0.150 13

25.0Sedimentation none

0.063 10

0

10

20

30

40

50

60

70

80

90

100

0.001 0.01 0.1 1 10 100 1000

Pe

rce

nt

Pa

ssin

g

Particle size mm

SILT Fine Medium Coarse

SAND Fine Medium Coarse

GRAVEL Fine Medium Coarse CLAY COBBLES BOULDERS

Sample Details:

SAMPLE ID:

H6108-1620161025031445

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP25

1.8

B2

Particle Size Distribution Analysis

Printed: 26/01/2016

13:38 PSD

QA Ref

SLR 2,9 Rev 2.10 Oct 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

-2146826

246

Page 249: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

w Test Dia. ó3

bulk drytype Axial

strain ó1 - ó3 c u

from to % mm kPa % kPa kPa

H6

5 1.20 UT Firm to stiff brown slightly sandy CLAY. 1.94 1.53 27 UUM103.9 103.9 103.9

30 60

120

9.4 15.4 19.8

114 136 155

57 68 78

P

H6

9 1.20 UT Firm brown slightly sandy slightly gravelly silty CLAY. 2.13 1.75 21 UUM

102.8 102.8 102.8

30 60

120

5.9 7.4

19.2

47 54 73

24 27 37

P

H6

7 1.20 U Firm brown slightly sandy slightly gravelly CLAY. 2.21 1.89 17 UUM103.9 103.9 103.9

30 60

120

5.9 8.4

17.3

46 58 78

23 29 39

P

General notes: Tests carried out in accordance with BS1377: Part 7: 1990, clause 8 for single stage, clause 9 for multistage tests. Specimens nominally 2:1 heightdiameter ratio and tested at a rate of strain of 2%/minute, unless annotated otherwise. See individual test reports for further details.

Legend UU - single stage test ( may be in sets of specimens ) ó3 cell pressure Mode of failure P plastic

UUM - multistage test on a single specimen ó1 - ó3 deviator stress B brittle

suffix R - remoulded or recompacted c u undrained shear strength C compound

QA Ref

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

BH14

BH16

No.Depth (m)

typeMODEMg/m3

BH05

Samp ID

Hole No.

Sample

Soil Description

Density At failure / end of stage

Remarks

Table

Printed:14/12/2016 10:20 UUSUM

SLR 2 Rev 2.6 Apr 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

UNCONSOLIDATED UNDRAINED TRIAXIAL COMPRESSION TESTS WITHOUT MEASUREMENT OF PORE PRESSURE - SUMMARY OF RESULTS

Page 250: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY with seven cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 68

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 13.0 2.27 2.01 13.0 1.1 13.0 2.52 9.1 2.01 1.85 8.7 31.0 9.5 28.03 10.0 2.19 1.98 9.1 15.0 12.0 45.0

0.4 15.0

4 8.6 1.94 1.79 8.1 29.00.5

9.0 34.05 15.0 2.23 1.94 15.0

0.1

1

10

100

1000

0 4 8 12 16

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP03

2.80

B3

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 251: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY with four cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 45

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 16.0 2.17 1.86 18.0 0.7 15.0 1.02 13.0 2.23 1.97 14.0 2.9 12.0 4.83 10.0 2.24 2.03 12.0 8.1 8.8 17.0

65.0 8.0

4 8.6 2.19 2.02 11.0 76.079.0

6.1 Exceeded machine capability5 7.5 2.11 1.96 7.0

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

2.80

B5

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 252: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown very sandy very gravelly silty COBBLES. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 76

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 11.0 2.25 2.03 11.0 5.7 11.0 3.62 8.4 2.17 2.00 8.7 39.0 8.0 51.03 7.2 2.08 1.94 7.1 39.0 7.3 46.0

0.1 12.0

4 14.0 2.23 1.96 14.0 0.60.9

14.0 0.85 14.0 2.22 1.94 17.0

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

2.80

B6

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 253: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY with three cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 32

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 17.0 2.16 1.84 17.0 0.4 17.0 0.32 12.0 2.20 1.96 13.0 32.0 12.0 27.03 12.0 2.14 1.92 12.0 34.0 11.0 33.0

2.6 13.0

4 9.8 1.93 1.75 12.0 22.05.9

7.9 22.05 15.0 2.12 1.84 17.0

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

2.80

B5

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 254: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 31

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 11.0 2.28 2.05 12.0 5.2 11.0 17.02 8.2 2.20 2.03 8.1 39.0 8.3 60.03 5.5 2.06 1.96 5.1 42.0 5.8 44.0

8.1 11.0

4 14.0 2.25 1.97 14.0 0.220.0

14.0 0.25 11.0 2.28 2.05 11.0

0.1

1

10

100

1000

0 4 8 12 16

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

2.80

B6

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 255: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY with 6 cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 49

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 12.0 2.34 2.10 11.0 2.4 12.0 1.92 8.3 2.25 2.08 8.1 50.0 8.4 62.03 5.0 2.09 1.99 4.9 49.0 5.0 57.0

15.0

4 17.0 2.20 1.88 19.0 0.10.3

15.0 0.25 19.0 2.15 1.81 23.0

0.1

1

10

100

1000

0 4 8 12 16 20 24 28

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP09

2.80

B5

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 256: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy slightly gravelly CLAY with six cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 37

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 21.0 2.07 1.72 19.0 0.4 23.0 0.62 19.0 2.11 1.77 20.0 1.6 18.0 1.13 15.0 2.13 1.85 15.0 8.1 15.0 15.0

62.0 8.8

4 12.0 2.01 1.80 11.0 42.050.0

13.0 30.05 7.3 1.86 1.74 5.8

0.1

1

10

100

1000

0 4 8 12 16 20 24 28

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP12

2.80

B7

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 257: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy slightly gravelly silty CLAY with occasional rootlets and one cobble. Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 26

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 21.0 2.05 1.69 21.0 0.4 22.0 0.42 18.0 2.07 1.76 18.0 0.9 17.0 2.63 16.0 2.12 1.83 16.0 11.0 16.0 14.0

94.0 6.1

4 11.0 2.11 1.90 11.0 49.087.0

12.0 74.05 6.1 1.99 1.87 6.1

0.1

1

10

100

1000

0 4 8 12 16 20 24

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP14

2.80

B6

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 258: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly clayey COBBLES. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 65

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 18.0 2.11 1.79 19.0 0.7 17.0 1.02 14.0 2.11 1.86 16.0 4.5 12.0 13.03 12.0 2.50 2.24 13.0 21.0 11.0 41.0

28.0 2.2

4 7.0 1.92 1.80 7.2 38.046.0

6.9 36.05 2.5 1.80 1.76 2.8

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

2.80

B3

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 259: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy gravelly CLAY with occasional rootlets and twenty four cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 62

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 9.9 2.35 2.14 9.5 3.5 10.0 16.02 5.1 2.23 2.12 5.6 93.0 4.6 Exceeded machine capability3 4.4 2.16 2.07 4.3 117.0 4.4 Exceeded machine capibility

17.0 8.3

4 15.0 2.17 1.90 15.0 0.340.0

14.0 0.45 8.6 2.32 2.14 8.9

0.1

1

10

100

1000

0 4 8 12 16

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

2.80

B5

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 260: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Light brown slightly sandy slightly gravelly CLAY with rare rootlets and one cobble. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 11

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 21.0 2.06 1.71 20.0 0.6 21.0 0.62 16.0 2.10 1.80 17.0 2.4 16.0 3.23 13.0 2.08 1.84 12.0 23.0 13.0 25.0

38.0 8.1

4 11.0 1.97 1.78 12.0 32.031.0

10.0 28.05 8.7 1.87 1.72 9.3

0.1

1

10

100

1000

0 4 8 12 16 20 24

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

2.80

B3

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 261: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy slightly gravelly CLAY with twenty four cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 48

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 17.0 2.11 1.80 18.0 0.6 16.0 0.82 15.0 2.18 1.90 15.0 3.9 15.0 2.93 12.0 2.02 1.81 12.0 18.0 11.0 26.0

0.3 22.0

4 8.0 1.93 1.79 8.3 40.00.4

7.7 39.05 21.0 2.06 1.70 21.0

0.1

1

10

100

1000

0 4 8 12 16 20 24

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

2.80

B6

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 262: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy slightly gravelly silty CLAY with twenty one cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 26

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 18.0 2.09 1.77 20.0 1.1 17.0 1.42 15.0 2.10 1.84 16.0 7.3 14.0 11.03 11.0 2.00 1.80 11.0 31.0 12.0 25.0

0.4 23.0

4 6.0 1.86 1.76 6.2 42.00.4

5.9 44.05 23.0 2.05 1.67 22.0

0.1

1

10

100

1000

0 4 8 12 16 20 24 28

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

2.80

B4

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 263: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Brown slightly sandy slightly gravelly CLAY with two cobbles. Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 23

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

1 18.0 2.15 1.83 19.0 0.6 16.0 0.72 15.0 2.19 1.90 16.0 2.0 15.0 1.63 13.0 2.23 1.97 14.0 2.8 12.0 4.8

65.0 8.0

4 8.6 2.19 2.02 11.0 76.079.0

6.1 Exceeded machine capability5 7.5 2.24 2.08 7.0

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

2.80

B7

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 264: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 23

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

6 12.0 2.26 2.03 12.0 6.0 11.0 6.8

1 21.0 2.08 1.72 21.0 0.4 21.0 0.62 17.0 2.14 1.83 17.0 4.5 17.0 6.8

21.0 13.0

3 23.0 2.04 1.66 22.0 0.425.0

24.0 0.54 12.0 2.03 1.81 11.0

0.1

1

10

100

1000

0 4 8 12 16 20 24 28

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

2.80

B7

0 - 6

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 265: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 35

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

5 7.6 1.88 1.75 7.6 25.0 7.6 25.0

1 17.0 2.15 1.85 18.0 0.4 16.0 0.52 13.0 2.22 1.97 13.0 3.5 12.0 6.2

88.0 8.1

3 9.0 2.29 2.10 9.4 37.0100.0

8.6 29.04 8.2 2.22 2.05 8.3

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

2.80

B4

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 266: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 37

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

5 2.9 2.01 1.96 2.3 87.0 3.4 127.0

1 13.0 2.21 1.96 13.0 1.1 13.0 1.12 10.0 2.20 1.99 9.9 21.0 11.0 9.8

0.3 18.0

3 6.6 2.00 1.88 6.8 29.00.3

6.5 46.04 18.0 2.17 1.84 17.0

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

2.80

B7

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 267: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 52

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

5 16.0 2.22 1.91 16.0 0.5 16.0 0.4

1 13.0 2.17 1.92 13.0 0.8 12.0 0.72 11.0 0.22 0.20 11.0 4.5 11.0 7.3

67.0 4.1

3 7.9 2.14 1.98 7.5 31.050.0

8.2 46.04 4.2 1.98 1.90 4.2

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

2.80

B9

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 268: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 2.5kg ) Material > 20mm removed 15

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

5 8.3 2.14 1.98 8.0 43.0 8.5 40.0

1 12.0 2.14 1.92 12.0 33.0 11.0 33.02 7.3 2.28 2.13 5.8 62.0 8.8 48.0

121.0 4.4

3 3.5 2.10 2.03 3.3 80.0Exceeded machine capability.

3.8 103.04 4.4 2.16 2.07 4.3

0.1

1

10

100

1000

0 4 8 12 16

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP25

2.80

B1

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 269: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

%

* for further information and full reporting to BS1377, see individual test results.

Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Sample Description Sample Preparation Recompacted - Rammer compaction with specified effort ( 4.5kg ) Material > 20mm removed 24

Spec Ref or TESN

Initial Conditions Test Results

Remarks% % % %Moisture Content

Bulk Density Mg/m3

Dry Density Mg/m3

Top Basew CBR w CBR

5 15.0 2.19 1.90 16.0 2.1 15.0 1.7

0.1

1

10

100

1000

0 4 8 12 16 20

Cal

iforn

ia B

earin

g R

atio

( C

BR

) %

Moisture Content %

CBR / Moisture Content Relationship Plot CBR Top CBR Base

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP25

2.80

B3

0 - 5

CALIFORNIA BEARING RATIO ( CBR ) / MOISTURE CONTENT RELATIONSHIP BS 1377 : PART 4 : 1990 : CLAUSE 7 - Multiple tests

Printed:14/12/2016 10:11 CBRREL

QA Ref

SLR5 Rev 2.4 May 15

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Page 270: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, single sample tested 2

Material > 37.5mm 58 %Material < 37.5mm > 20mm 10 % Optimum moisture content, %Particle density 2.8 measured - gas jar 12

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY with seven cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 2 4 6 8 10 12 14 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161017020125

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP03

1

B3

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 271: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 68 %Material < 37.5mm > 20mm 8 % Optimum moisture content, %Particle density 2.8 measured - gas jar 10

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown very sandy very gravelly silty COBBLES.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 2 4 6 8 10 12 14 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161017021045

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

2

B6

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 272: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2.1

Material > 37.5mm 17 %Material < 37.5mm > 20mm 14 % Optimum moisture content, %Particle density 2.7 measured - gas jar 11

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 2 4 6 8 10 12 14 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161017033847

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

2

B6

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 273: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2.1

Material > 37.5mm 43 %Material < 37.5mm > 20mm 6 % Optimum moisture content, %Particle density 2.8 measured - gas jar 11

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY with 6 cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161010042508

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP09

2

B5

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 274: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.9

Material > 37.5mm 30 %Material < 37.5mm > 20mm 7 % Optimum moisture content, %Particle density 2.8 measured - gas jar 17

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with six cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161018024402

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP12

2.5

B7

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 275: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.9

Material > 37.5mm 59 %Material < 37.5mm > 20mm 6 % Optimum moisture content, %Particle density 2.7 measured - gas jar 12

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly clayey COBBLES.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161018023344

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

0.8

B3

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 276: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 66 %Material < 37.5mm > 20mm 4 % Optimum moisture content, %Particle density 2.7 measured - gas jar 15

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown sandy very gravelly clayey COBBLES.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161018041129

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP19

1.3

B5

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 277: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.9

Material > 37.5mm 8 %Material < 37.5mm > 20mm 3 % Optimum moisture content, %Particle density 2.7 measured - gas jar 14

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Light brown slightly sandy slightly gravelly CLAY with rare rootlets and one cobble.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161019125716

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

0.8

B3

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 278: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.9

Material > 37.5mm 43 %Material < 37.5mm > 20mm 5 % Optimum moisture content, %Particle density 2.7 measured - gas jar 15

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with twenty four cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161019125823

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP21

2.3

B6

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 279: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, single sample tested 1.8

Material > 37.5mm 22 %Material < 37.5mm > 20mm 4 % Optimum moisture content, %Particle density 2.7 measured - gas jar 15

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly silty CLAY with twenty one cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161020111514

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

0.8

B4

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 280: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.8

Material > 37.5mm 30 %Material < 37.5mm > 20mm 5 % Optimum moisture content, %Particle density 2.7 measured - gas jar 16

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with thirty two cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161019041703

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

0.9

B4

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 281: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 48 %Material < 37.5mm > 20mm 5 % Optimum moisture content, %Particle density 2.7 measured - gas jar 11

RemarksGrading Zone X Opinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with 4 cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 4 8 12 16 20 24 28 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161019041842

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

2.7

B9

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 282: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.5, 2.5 kg rammer in a 1 litre mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 13 %Material < 37.5mm > 20mm 2 % Optimum moisture content, %Particle density 2.7 assumed 10

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown sandy gravelly CLAY with six cobbles.

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 2 4 6 8 10 12 14 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Printed: 24/01/2017

12:17

Sample Details:

SAMPLE ID:

H6108-1620161025031056

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP25

0.8

B1

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : LIGHT COMPACTION, 2.5 kg rammer

COMPL

QA Ref

SLD 4, 3.5/6 Rev 2.5 Jan 17

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

1157

Page 283: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 41 %Material < 37.5mm > 20mm 4 % Optimum moisture content, %Particle density 2.8 measured - gas jar 9.5

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY with four cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16 24 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161017021026

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP05

1.2

B5

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Printed:14/12/2016 10:16

Page 284: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 28 %Material < 37.5mm > 20mm 4 % Optimum moisture content, %Particle density 2.7 measured - gas jar 13

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY with three cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16 24 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161017033829

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP07

1.2

B5

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Printed:14/12/2016 10:16

Page 285: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 1.9

Material > 37.5mm 22 %Material < 37.5mm > 20mm 4 % Optimum moisture content, %Particle density 2.7 measured - gas jar 13

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly silty CLAY with occasional rootlets and one cobble.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16 24 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161018022418

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP14

2.3

B6

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Printed:14/12/2016 10:16

Page 286: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2.2

Material > 37.5mm 54 %Material < 37.5mm > 20mm 8 % Optimum moisture content, %Particle density 2.7 measured - gas jar 9.2

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy gravelly CLAY with occasional rootlets and twenty four cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161018023417

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP15

2

B5

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Printed:14/12/2016 10:16

Page 287: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2.2

Material > 37.5mm 63 %Material < 37.5mm > 20mm 5 % Optimum moisture content, %Particle density 2.7 measured - gas jar 6.5

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown sandy gravelly clayey COBBLES.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161018041155

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP19

2.2

B6

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

Printed:14/12/2016 10:16

Page 288: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2

Material > 37.5mm 16 %Material < 37.5mm > 20mm 7 % Optimum moisture content, %Particle density 2.7 measured - gas jar 11

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with two cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16 24 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161020111559

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP23

1.8

B7

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

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Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, separate specimens tested 2.1

Material > 37.5mm 32 %Material < 37.5mm > 20mm 6 % Optimum moisture content, %Particle density 2.7 measured - gas jar 9.5

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown slightly sandy slightly gravelly CLAY with six cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16 24 32

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161019041736

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP24

1.8

B7

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

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Soil description Derived Parameters +

Test method BS 1377:part 4:1990: clause 3.6, 4.5 kg rammer in a CBR mould Maximum dry density, Mg/m3Preparation Original material was natural, single sample tested 2.1

Material > 37.5mm 15 %Material < 37.5mm > 20mm 9 % Optimum moisture content, %Particle density 2.7 assumed 7

RemarksOpinions and interpretations expressed herein are outside the scope of UKAS accreditation

Brown sandy gravelly CLAY with five cobbles.

1157

1.4

1.5

1.6

1.7

1.8

1.9

2.0

2.1

2.2

0 8 16

DR

Y D

EN

SIT

Y M

g/m

3

MOISTURE CONTENT %

----- zero, 5% and 10% air voids

Sample Details:

SAMPLE ID:

H6108-1620161025031507

Hole No

Sample Depth (m BGL)

Sample Type and No

Specimen Ref

TP25

2.8

B3

DRY DENSITY / MOISTURE CONTENT RELATIONSHIP BS1377 : PART 4 : 1990 : HEAVY COMPACTION, 4.5 kg rammer

COMPH

QA Ref

SLD 4, 3.5/6 Rev 2.5 May 16

Project No

Project Name

H6108-16

Velindre Cancer Hospital

Figure

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Our Ref: EFS/169000 (Ver. 1)Your Ref: H6108-16

Environmental ChemistryESG

Bretby Business Park

Ashby Road

Burton-on-Trent

Mr A Putt Staffordshire

ESG Limited Bridgend DE15 0YZ

ESG BridgendUnit 15 Telephone: 01283 554400

Crosby Yard Facsimile: 01283 554422

WildmillBridgendMid GlamorganCF31 1JZ

For the attention of Mr A Putt

Dear Mr Putt

Sample Analysis - Velindre

Samples from the above site have been analysed in accordance with the schedule supplied.The sample details and the results of analyses for these samples are given in the appended report.

An invoice for this work will follow under a separate cover.

Where appropriate the samples will be kept until 14/12/16 when they will be discarded. Please call 01283 554547 foran extension of this date.Please be aware that our policy for the retention of paper based laboratory records and analysis reports is 6 years.

If I can be of any further assistance please do not hesitate to contact me.

Yours sincerely

for ESG

J ColbourneProject Co-ordinator01283 554547

November 8, 2016

The work was carried out in accordance with Environmental Scientifics Group Ltd (Multi-Sector Services) Standard Terms and Conditions of Contract.

Environmental Chemistry, ESG, P.O. Box 100, Burton-upon-trent, DE15 0XD Tel: 01283 554400 Fax: 01283 554422Environmental Scientifics Group Limited.

Registered No: 2880501 EFS/169000 Ver. 1

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ESG Limited BridgendESG BridgendUnit 15Crosby Yard WildmillBridgendMid GlamorganCF31 1JZ

Site: Velindre

The analysis was completed by:

Tests where the accreditation is set to N or No, and any individual data items marked with a * are not UKAS accredited.Opinions and interpretations expressed herein are outside the scope of UKAS accreditation.

The following tables are contained in this report:

On behalf ofESG : Date of Issue: 08-Nov-2016Tim Barnes Operations Director

Energy & Waste Services

Table 1 Main Analysis Results (Page 2)Analytical and Deviating Sample Overview (Page 3)Table of Method Descriptions (Page 4)Table of Report Notes (Page 5)Table of Sample Descriptions (Appendix A Page 1 of 1)

Tests marked '^' have been subcontracted to another laboratory.

Where samples have been flagged as deviant on the Analytical and Deviating Sample Overview, for any reason, the data may not be representative of the sample at the point of sampling and the validity of the data may be affected.

ESG accepts no responsibility for any sampling not carried out by our personnel.

TEST REPORT

Report No. EFS/169000 (Ver. 1)

The 5 samples described in this report were registered for analysis by ESG on 02-Nov-2016. This report supersedes any versions previously issued by the laboratory.

08-Nov-2016

Page 1 of 5Where individual results are flagged see report notes for status.

EFS/169000 Ver. 1

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Units : mg/kg mg/l % pH UnitsMethod Codes : ICPACIDS ICPWSS TSBRE1 WSLM50

Method Reporting Limits : 20 10 0.005UKAS Accredited : Yes Yes No No

LAB

ID N

umber C

L/

Client Sample Description

Sam

ple Date

SO

4-- (acid sol)

SO

4-- (H2O

sol) mg/l

Total S

ulphur.

pH (B

S1377)

1636126 BH04 D 3.20 151 18 0.031 8.0

1636127 BH03 D 2.20 281 12 0.056 8.4

1636128 BH07 D 5.20 153 <10 0.029 8.3

1636129 BH09 D 2.20 263 31 0.050 7.5

1636130 BH09 D 3.20 164 <10 0.027 8.5

Contact

Date Printed

Report Number EFS/169000

Table Number 1

Fax +44 (0) 1283 554422

Sample Analysis

Mr A Putt

08-Nov-2016

Velindre

Bretby Business Park, Ashby Road

Burton-on-Trent, Staffordshire, DE15 0YZ

Tel +44 (0) 1283 554400

Client Name ESG Limited Bridgend

Page 2 of 5Where individual results are flagged see report notes for status.

EFS/169000 Ver. 1

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Sample Analysis S169000

CustomerSiteReport No S169000

MethodID

CustS

erv

Dep.O

pt

ICP

AC

IDS

ICP

BR

E

ICP

WS

S

KO

NE

CL

KoneN

O3

TS

BR

E1

WS

LM50

ID Number Description Sampled

RE

PO

RT

A

DO

Cl if pH

<5.5

DO

Mg if S

O4(W

)>3000

DO

NO

3 if pH<5.5

SO

4-- (acid sol)

Magnesium

(BR

E)

SO

4-- (H2O

sol) mg/l

Chloride:(2:1)

Nitrate (B

RE

2:1): mg/l

Total S

ulphur.

pH (B

S1377)

� �

CL/1636126 BH04 3.20-3.70 D D D D D D D D D D D DCL/1636127 BH03 2.20-2.70 D D D D D D D D DCL/1636128 BH07 5.20-5.70 D D D D D D D D DCL/1636129 BH09 2.20-2.70 D D D D D D D D DCL/1636130 BH09 3.20-3.70 D D D D D D D D D

Deviating Sample KeyA The sample was received in an inappropriate container for this analysisB The sample was received without the correct preservation for this analysisC Headspace present in the sample containerD The sampling date was not supplied so holding time may be compromised - applicable to all analysisE Sample processing did not commence within the appropriate holding timeF Sample processing did not commence within the appropriate handling timeRequested Analysis Key

Analysis RequiredAnalysis dependant upon trigger result - Note: due date may be affected if triggeredNo analysis scheduled

^ Analysis Subcontracted - Note: due date may vary

The integrity of data for samples/analysis that have been categorised as Deviating may be compromised. Data may not be representative of the sample at the time of sampling.

Report Due 09-Nov-2016

Note: For analysis where the scheduled turnaround is greater than the holding time we will do our utmost to prioritise these samples. However, it is possible that samples could become deviant whilst being processed in the laboratory.

In this instance please contact the laboratory immediately should you wish to discuss how you would like us to proceed. If you do not respond within 24 hours, we will proceed as originally requested.

ESG Environmental Chemistry

Analytical and Deviating Sample Overview

ESG Limited Bridgend Consignment No S60477

Velindre Date Logged 02-Nov-2016

Page 3 of 5Where individual results are flagged see report notes for status.

EFS/169000 Ver. 1

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Matrix MethodID Analysis Basis

Method Description

Soil ICPACIDS Oven Dried @ < 35°C

Determination of Total Sulphate in soil samples by Hydrochloric Acid extraction followed by ICPOES detection

Soil ICPWSS Oven Dried @ < 35°C

Determination of Water Soluble Sulphate in soil samples by water extraction followed by ICPOES detection

Soil TSBRE1 Oven Dried @ < 35°C

Determination of Total Carbon and/or Total Sulphur in solid samples by high temperature combustion/infrared detection

Soil WSLM50 Oven Dried @ < 35°C

Determination of pH of 2.5:1 deionised water to soil extracts using pH probe.

Report Number: EFS/169000

Method Descriptions

Page 4 of 5Where individual results are flagged see report notes for status.

EFS/169000 Ver. 1

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Report Notes

Generic Notes

Soil/Solid Analysis

Unless stated otherwise,- Results expressed as mg/kg have been calculated on the basis indicated in the Method Description table.

All results on MCERTS reports are reported on a 105ºC dry weight basis with the exception of pH and conductivity.- Sulphate analysis not conducted in accordance with BS1377- Water Soluble Sulphate is on a 2:1 water:soil extract

Waters AnalysisUnless stated otherwise results are expressed as mg/lNil : Where "Nil" has been entered against Total Alkalinity or Total Acidity this indicates that a measurementwas not required due to the inherent pH of the sample.

Oil analysis specific

Unless stated otherwise,- Results are expressed as mg/kg- SG is expressed as g/cm3@ 15oC

Gas (Tedlar bag) Analysis

Unless stated otherwise, results are expressed as ug/l

Asbestos Analysis

CH Denotes Chrysotile TR Denotes TremoliteCR Denotes Crocidolite AC Denotes ActinoliteAM Denotes Amosite AN Denotes AnthophyliteNAIIS No Asbestos Identified in SampleNADIS No Asbestos Detected In Sample

Symbol Reference

^ Sub-contracted analysis.$$ Unable to analyse due to the nature of the sample¶ Samples submitted for this analyte were not preserved on site in accordance with laboratory protocols.

This may have resulted in deterioration of the sample(s) during transit to the laboratory.Consequently the reported data may not represent the concentration of the target analyte present in the sample at the time of sampling

¥ Results for guidance only due to possible interference& Blank corrected resultI.S Insufficient sample to complete requested analysisI.S(g) Insufficient sample to re-analyse, results for guidance onlyIntf Unable to analyse due to interferencesN.D Not determined N.Det Not detectedN.F No FlowNS Information Not SuppliedReq Analysis requested, see attached sheets for resultsÞ Raised detection limit due to nature of the sample* All accreditation has been removed by the laboratory for this result‡ MCERTS accreditation has been removed for this result§ accreditation has been removed for this result as it is a non-accredited matrix

Note: The Laboratory may only claim that data is accredited when all of the requirements of our QualitySystem have been met. Where these requirements have not been met the laboratory may elect to include the data in its final report and remove the accreditation from individual data items if it believes that the validity of thedata has not been affected. If further details are required of the circumstances which have led to the removal of accreditation then please do not hesitate to contact the laboratory.

Page 5 of 5 EFS/169000 Ver. 1

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Client :

Site :

Report Number :

Note: major constituent in upper case

Lab ID Number Client ID

CL/1636126 BH04 D 3.20CL/1636127 BH03 D 2.20CL/1636128 BH07 D 5.20CL/1636129 BH09 D 2.20CL/1636130 BH09 D 3.20

Sample Descriptions

ESG Limited Bridgend

Velindre

S16_9000

Description

SILT SILT SILT SILT SILT

Appendix A Page 1 of 1 08/11/2016EFS/169000 Ver. 1

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Our Ref: EFS/169096 (Ver. 1)Your Ref: H6108-16

Environmental ChemistryESG

Bretby Business Park

Ashby Road

Burton-on-Trent

Mr A Putt Staffordshire

ESG Limited Bridgend DE15 0YZ

ESG BridgendUnit 15 Telephone: 01283 554400

Crosby Yard Facsimile: 01283 554422

WildmillBridgendMid GlamorganCF31 1JZ

For the attention of Mr A Putt

Dear Mr Putt

Sample Analysis - Velindre

Samples from the above site have been analysed in accordance with the schedule supplied.The sample details and the results of analyses for these samples are given in the appended report.

An invoice for this work will follow under a separate cover.

Where appropriate the samples will be kept until 19/12/16 when they will be discarded. Please call 01283 554547 foran extension of this date.Please be aware that our policy for the retention of paper based laboratory records and analysis reports is 6 years.

If I can be of any further assistance please do not hesitate to contact me.

Yours sincerely

for ESG

J ColbourneProject Co-ordinator01283 554547

November 11, 2016

The work was carried out in accordance with Environmental Scientifics Group Ltd (Multi-Sector Services) Standard Terms and Conditions of Contract.

Environmental Chemistry, ESG, P.O. Box 100, Burton-upon-trent, DE15 0XD Tel: 01283 554400 Fax: 01283 554422Environmental Scientifics Group Limited.

Registered No: 2880501 EFS/169096 Ver. 1

Page 299: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

ESG Limited BridgendESG BridgendUnit 15Crosby Yard WildmillBridgendMid GlamorganCF31 1JZ

Site: Velindre

The analysis was completed by:

Tests where the accreditation is set to N or No, and any individual data items marked with a * are not UKAS accredited.Opinions and interpretations expressed herein are outside the scope of UKAS accreditation.

The following tables are contained in this report:

On behalf ofESG : Date of Issue: 11-Nov-2016Tim Barnes Operations Director

Energy & Waste Services

Table 1 Main Analysis Results (Page 2)Analytical and Deviating Sample Overview (Page 3)Table of Method Descriptions (Page 4)Table of Report Notes (Page 5)Table of Sample Descriptions (Appendix A Page 1 of 1)

Tests marked '^' have been subcontracted to another laboratory.

Where samples have been flagged as deviant on the Analytical and Deviating Sample Overview, for any reason, the data may not be representative of the sample at the point of sampling and the validity of the data may be affected.

ESG accepts no responsibility for any sampling not carried out by our personnel.

TEST REPORT

Report No. EFS/169096 (Ver. 1)

The 3 samples described in this report were registered for analysis by ESG on 07-Nov-2016. This report supersedes any versions previously issued by the laboratory.

11-Nov-2016

Page 1 of 5Where individual results are flagged see report notes for status.

EFS/169096 Ver. 1

Page 300: B. Factual Ground Investigation Report (ESG, 2016) · PDF fileThe logging of soil is in accordance with BS EN ISO 14688-1+A1 (2013) as amplified by BS 5930 (2015). January 2017 Report

Units : mg/kg mg/l % pH UnitsMethod Codes : ICPACIDS ICPWSS TSBRE1 WSLM50

Method Reporting Limits : 20 10 0.005UKAS Accredited : Yes Yes No No

LAB

ID N

umber C

L/

Client Sample Description

Sam

ple Date

SO

4-- (acid sol)

SO

4-- (H2O

sol) mg/l

Total S

ulphur.

pH (B

S1377)

1636537 BH13 D 3.20 652 15 0.053 9.1

1636538 BH02 D 1.20 265 22 0.021 8.3

1636539 BH15 D 2.50 220 11 0.024 8.8

Contact

Date Printed

Report Number EFS/169096

Table Number 1

Fax +44 (0) 1283 554422

Sample Analysis

Mr A Putt

11-Nov-2016

Velindre

Bretby Business Park, Ashby Road

Burton-on-Trent, Staffordshire, DE15 0YZ

Tel +44 (0) 1283 554400

Client Name ESG Limited Bridgend

Page 2 of 5Where individual results are flagged see report notes for status.

EFS/169096 Ver. 1