The Additional Director (S) MoEF Regional office Northern Zone Bay No24-25 Sector-31-A Dabhan Marg Chandigarh-160030 TNo0172-2600061

Subiect - Post Clearance Environmental monitoring report with compliance of our Group Housing Proiect Pivush Heights at Sector-89 Faridabad jHarvana)

~ e f e rence no 2 1-45512007-IA111 Dated 080 12008

Dear Sir

I his is reference to the above letter no 21-45512007-IA111 Dated 08012008 I-lease find enclosed six monthly Environ~nental Monitoring report of our Group Housing Project Piyush Heights at Sector-89 Faridabad (Haryana)

Hope you will find the same in order

Tliankirlg You

Yours faithfully

For MIS Piyush Buildwell India Limited t

(~uthorizeh Signatory) Mobile No - 093 12044613

I I 1 Regd cum Corporate Office A-16lB-1 Mohan Co-o~erative Industrial Estate Main Mnthura Rnnd New nmlhi-linndd

Post Clearance Six Monthly Environmental Compliance Report

For

Proposed Residential Complex Piyush Heights At Sector 89 Faridabad Haryana

Submitted By

MIS Piyush Buildwell India Ltd A-16B-1 Mohan Co-operative Industrial Estate

Main Mathura Road New Delhi-110044

( Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

Chapter 1 INTRODUCTION

11 Background

MIS Piyush Buildwell India Limited is developed a New Residential Complex Project Piyush Heights at Sector 89 Faridabad Haryana Ministry of Environment amp Forests (MoEF) GO1 has granted Environmental

Clearance for the residential project vide their letter No 21-45512007-IA111 dated

08012008

Consent to Establish under Air amp Water Act has also been granted by Haryana State Pollution Control Board and is now under process for renewal

The scope of this study is a part of Post Clearance Environment Monitoring of the

Project during the operation phase It includes monitoring of air noise water amp soil

qualities The scope also includes the monitoring of the conditions of weather within the premises of the project site

Arilzant Analytical Laboratory Pvt Ltd was awarded the assignment of post clearance environmental monitoring

12 Project Description

Salient Features

Location At Sector-89 Faridabad Haryana

Total Plot Area 70334 sq m

I ~ o t a lBuilt up Area

~ o t a lWater Requirement

1 12308494 sq m

I 1140 m3d

II

Sewage Treatment Plant 450 kld

Parking

The project is well equipped with adequate parking space Parking space is provided

for parking of 1129 cars for the group housing in the stilt and open area Proper entry

and exit system for vehicles has been developed to avoid traffic congestion in the

area Entry route and exit route to the building are separate

Page 2 of I7

I Post Clearance Envilonmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd I

Water Requirement amp Supplv

The source of water supply for domestic consumption is through Municipal Supply

The total water requirement is 1140 m3ld including recycled water and sewage

generation is about 872 1n31d The sewage will be treated in a STP of 450 kld capacity

and after treatment recycled water will be used for flushing amp horticulture

Sewage treatment

Sewage generated is treated up to the tertiary level in an on site Sewage Treatment

Plant (STP) of 450 kld capacity The entire (100) treated water from STP is

recycledl reused for flushing horticulture amp landscaping with in the project premises

Fire Safety

The building is well equipped with all fire fighting equipments (ie fire water tanks

fire pumps fire hydrants fire alarms fire extinguishers hose reels etc) as required

under the local fire norms

Rain water harvesting

The rainwater collected from the rooftop and other paved areas within the project area

is conveyed into the rainwater harvesting system consisting of Desilting chamber Oil

amp grease separator and Recharge pit with bore well for recharge into the groundwater

Disposal of municipal solid wastes

Total domestic solid wastes generated (2500 kgld) is segregated into biodegradable and non-biodegradable components and collected in separate bins Both the biodegradable wastes and non-biodegradable1 recyclable wastes are disposed through authorized vendors

13 Present Status of the Project

At present construction of the Residential Complex is not completed

14 Purpose of the Report

This six-monthly compliance report is being submitted as per the conditions stipulated

in the Environmental Clearance letter for the period of post monsoon season Further

this co~npliance report depicts the environmental impacts on the local environment

due to the project

Page 3 of 17

I Post Clearance Environmental Compliance Report-June-2014 W s Piyush Buildwell India Ltd 1

The environmental compliance report is carried out to verify

That the project does not have any adverse environmental impacts in the project

area and its surrounding

That the Project Management is implementing the environmental mitigation

measures and safeguards in true spirit as suggested in the approved Form-1 Form-

IA Conceptual Plan amp Environmental Management Plan (EMP) and building

plans

Any non-conformity in the project with respect to the environmental implication

of the project

Scope of Work-

S no Type of samples I Analysis Required No of

Quality 1

a) Particular ~yatter(size less than 10 pm) (PMl0) d m

b) Particulate ~ a t t e r(size less than (25pm ) (PM25)gm

Ambient Air

I I I c) SOX(d) NOx (e) CO (in glm3)

I I h) Ammonia (i) Benzene (CoH6) glm3 I

24 hours samples for analysis of (per location) -

j) Benzp-(a) Pyrene- BaP (k) Arsenic (As) nglm

Samples 1

I I I 1) Nickel-(Ni) nglm3

Water Sample

Along with meteorological for specific parameters

Color odour Taste pH TDS (mgllit)

Hardness (rngllit) Iron (rngllit) Chlorides

(mgllit) Fluorides (mgllit) Calcium (mgllit)

Magnesium ( m t ) Copper (rngllit)

Manganese (mgllit) Sulphate (mgllit) Nitrate

(rngllit) Fluoride (rngllit) Phenolic Compound

(rngllit) Selenium (mgllit) Lead (mgllit)

Chromium (mgllit) Aluminium (rngllit) Boron

Page 4 of 17

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

Post Clearance Six Monthly Environmental Compliance Report

For

Proposed Residential Complex Piyush Heights At Sector 89 Faridabad Haryana

Submitted By

MIS Piyush Buildwell India Ltd A-16B-1 Mohan Co-operative Industrial Estate

Main Mathura Road New Delhi-110044

( Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

Chapter 1 INTRODUCTION

11 Background

MIS Piyush Buildwell India Limited is developed a New Residential Complex Project Piyush Heights at Sector 89 Faridabad Haryana Ministry of Environment amp Forests (MoEF) GO1 has granted Environmental

Clearance for the residential project vide their letter No 21-45512007-IA111 dated

08012008

Consent to Establish under Air amp Water Act has also been granted by Haryana State Pollution Control Board and is now under process for renewal

The scope of this study is a part of Post Clearance Environment Monitoring of the

Project during the operation phase It includes monitoring of air noise water amp soil

qualities The scope also includes the monitoring of the conditions of weather within the premises of the project site

Arilzant Analytical Laboratory Pvt Ltd was awarded the assignment of post clearance environmental monitoring

12 Project Description

Salient Features

Location At Sector-89 Faridabad Haryana

Total Plot Area 70334 sq m

I ~ o t a lBuilt up Area

~ o t a lWater Requirement

1 12308494 sq m

I 1140 m3d

II

Sewage Treatment Plant 450 kld

Parking

The project is well equipped with adequate parking space Parking space is provided

for parking of 1129 cars for the group housing in the stilt and open area Proper entry

and exit system for vehicles has been developed to avoid traffic congestion in the

area Entry route and exit route to the building are separate

Page 2 of I7

I Post Clearance Envilonmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd I

Water Requirement amp Supplv

The source of water supply for domestic consumption is through Municipal Supply

The total water requirement is 1140 m3ld including recycled water and sewage

generation is about 872 1n31d The sewage will be treated in a STP of 450 kld capacity

and after treatment recycled water will be used for flushing amp horticulture

Sewage treatment

Sewage generated is treated up to the tertiary level in an on site Sewage Treatment

Plant (STP) of 450 kld capacity The entire (100) treated water from STP is

recycledl reused for flushing horticulture amp landscaping with in the project premises

Fire Safety

The building is well equipped with all fire fighting equipments (ie fire water tanks

fire pumps fire hydrants fire alarms fire extinguishers hose reels etc) as required

under the local fire norms

Rain water harvesting

The rainwater collected from the rooftop and other paved areas within the project area

is conveyed into the rainwater harvesting system consisting of Desilting chamber Oil

amp grease separator and Recharge pit with bore well for recharge into the groundwater

Disposal of municipal solid wastes

Total domestic solid wastes generated (2500 kgld) is segregated into biodegradable and non-biodegradable components and collected in separate bins Both the biodegradable wastes and non-biodegradable1 recyclable wastes are disposed through authorized vendors

13 Present Status of the Project

At present construction of the Residential Complex is not completed

14 Purpose of the Report

This six-monthly compliance report is being submitted as per the conditions stipulated

in the Environmental Clearance letter for the period of post monsoon season Further

this co~npliance report depicts the environmental impacts on the local environment

due to the project

Page 3 of 17

I Post Clearance Environmental Compliance Report-June-2014 W s Piyush Buildwell India Ltd 1

The environmental compliance report is carried out to verify

That the project does not have any adverse environmental impacts in the project

area and its surrounding

That the Project Management is implementing the environmental mitigation

measures and safeguards in true spirit as suggested in the approved Form-1 Form-

IA Conceptual Plan amp Environmental Management Plan (EMP) and building

plans

Any non-conformity in the project with respect to the environmental implication

of the project

Scope of Work-

S no Type of samples I Analysis Required No of

Quality 1

a) Particular ~yatter(size less than 10 pm) (PMl0) d m

b) Particulate ~ a t t e r(size less than (25pm ) (PM25)gm

Ambient Air

I I I c) SOX(d) NOx (e) CO (in glm3)

I I h) Ammonia (i) Benzene (CoH6) glm3 I

24 hours samples for analysis of (per location) -

j) Benzp-(a) Pyrene- BaP (k) Arsenic (As) nglm

Samples 1

I I I 1) Nickel-(Ni) nglm3

Water Sample

Along with meteorological for specific parameters

Color odour Taste pH TDS (mgllit)

Hardness (rngllit) Iron (rngllit) Chlorides

(mgllit) Fluorides (mgllit) Calcium (mgllit)

Magnesium ( m t ) Copper (rngllit)

Manganese (mgllit) Sulphate (mgllit) Nitrate

(rngllit) Fluoride (rngllit) Phenolic Compound

(rngllit) Selenium (mgllit) Lead (mgllit)

Chromium (mgllit) Aluminium (rngllit) Boron

Page 4 of 17

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

( Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

Chapter 1 INTRODUCTION

11 Background

MIS Piyush Buildwell India Limited is developed a New Residential Complex Project Piyush Heights at Sector 89 Faridabad Haryana Ministry of Environment amp Forests (MoEF) GO1 has granted Environmental

Clearance for the residential project vide their letter No 21-45512007-IA111 dated

08012008

Consent to Establish under Air amp Water Act has also been granted by Haryana State Pollution Control Board and is now under process for renewal

The scope of this study is a part of Post Clearance Environment Monitoring of the

Project during the operation phase It includes monitoring of air noise water amp soil

qualities The scope also includes the monitoring of the conditions of weather within the premises of the project site

Arilzant Analytical Laboratory Pvt Ltd was awarded the assignment of post clearance environmental monitoring

12 Project Description

Salient Features

Location At Sector-89 Faridabad Haryana

Total Plot Area 70334 sq m

I ~ o t a lBuilt up Area

~ o t a lWater Requirement

1 12308494 sq m

I 1140 m3d

II

Sewage Treatment Plant 450 kld

Parking

The project is well equipped with adequate parking space Parking space is provided

for parking of 1129 cars for the group housing in the stilt and open area Proper entry

and exit system for vehicles has been developed to avoid traffic congestion in the

area Entry route and exit route to the building are separate

Page 2 of I7

I Post Clearance Envilonmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd I

Water Requirement amp Supplv

The source of water supply for domestic consumption is through Municipal Supply

The total water requirement is 1140 m3ld including recycled water and sewage

generation is about 872 1n31d The sewage will be treated in a STP of 450 kld capacity

and after treatment recycled water will be used for flushing amp horticulture

Sewage treatment

Sewage generated is treated up to the tertiary level in an on site Sewage Treatment

Plant (STP) of 450 kld capacity The entire (100) treated water from STP is

recycledl reused for flushing horticulture amp landscaping with in the project premises

Fire Safety

The building is well equipped with all fire fighting equipments (ie fire water tanks

fire pumps fire hydrants fire alarms fire extinguishers hose reels etc) as required

under the local fire norms

Rain water harvesting

The rainwater collected from the rooftop and other paved areas within the project area

is conveyed into the rainwater harvesting system consisting of Desilting chamber Oil

amp grease separator and Recharge pit with bore well for recharge into the groundwater

Disposal of municipal solid wastes

Total domestic solid wastes generated (2500 kgld) is segregated into biodegradable and non-biodegradable components and collected in separate bins Both the biodegradable wastes and non-biodegradable1 recyclable wastes are disposed through authorized vendors

13 Present Status of the Project

At present construction of the Residential Complex is not completed

14 Purpose of the Report

This six-monthly compliance report is being submitted as per the conditions stipulated

in the Environmental Clearance letter for the period of post monsoon season Further

this co~npliance report depicts the environmental impacts on the local environment

due to the project

Page 3 of 17

I Post Clearance Environmental Compliance Report-June-2014 W s Piyush Buildwell India Ltd 1

The environmental compliance report is carried out to verify

That the project does not have any adverse environmental impacts in the project

area and its surrounding

That the Project Management is implementing the environmental mitigation

measures and safeguards in true spirit as suggested in the approved Form-1 Form-

IA Conceptual Plan amp Environmental Management Plan (EMP) and building

plans

Any non-conformity in the project with respect to the environmental implication

of the project

Scope of Work-

S no Type of samples I Analysis Required No of

Quality 1

a) Particular ~yatter(size less than 10 pm) (PMl0) d m

b) Particulate ~ a t t e r(size less than (25pm ) (PM25)gm

Ambient Air

I I I c) SOX(d) NOx (e) CO (in glm3)

I I h) Ammonia (i) Benzene (CoH6) glm3 I

24 hours samples for analysis of (per location) -

j) Benzp-(a) Pyrene- BaP (k) Arsenic (As) nglm

Samples 1

I I I 1) Nickel-(Ni) nglm3

Water Sample

Along with meteorological for specific parameters

Color odour Taste pH TDS (mgllit)

Hardness (rngllit) Iron (rngllit) Chlorides

(mgllit) Fluorides (mgllit) Calcium (mgllit)

Magnesium ( m t ) Copper (rngllit)

Manganese (mgllit) Sulphate (mgllit) Nitrate

(rngllit) Fluoride (rngllit) Phenolic Compound

(rngllit) Selenium (mgllit) Lead (mgllit)

Chromium (mgllit) Aluminium (rngllit) Boron

Page 4 of 17

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Envilonmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd I

Water Requirement amp Supplv

The source of water supply for domestic consumption is through Municipal Supply

The total water requirement is 1140 m3ld including recycled water and sewage

generation is about 872 1n31d The sewage will be treated in a STP of 450 kld capacity

and after treatment recycled water will be used for flushing amp horticulture

Sewage treatment

Sewage generated is treated up to the tertiary level in an on site Sewage Treatment

Plant (STP) of 450 kld capacity The entire (100) treated water from STP is

recycledl reused for flushing horticulture amp landscaping with in the project premises

Fire Safety

The building is well equipped with all fire fighting equipments (ie fire water tanks

fire pumps fire hydrants fire alarms fire extinguishers hose reels etc) as required

under the local fire norms

Rain water harvesting

The rainwater collected from the rooftop and other paved areas within the project area

is conveyed into the rainwater harvesting system consisting of Desilting chamber Oil

amp grease separator and Recharge pit with bore well for recharge into the groundwater

Disposal of municipal solid wastes

Total domestic solid wastes generated (2500 kgld) is segregated into biodegradable and non-biodegradable components and collected in separate bins Both the biodegradable wastes and non-biodegradable1 recyclable wastes are disposed through authorized vendors

13 Present Status of the Project

At present construction of the Residential Complex is not completed

14 Purpose of the Report

This six-monthly compliance report is being submitted as per the conditions stipulated

in the Environmental Clearance letter for the period of post monsoon season Further

this co~npliance report depicts the environmental impacts on the local environment

due to the project

Page 3 of 17

I Post Clearance Environmental Compliance Report-June-2014 W s Piyush Buildwell India Ltd 1

The environmental compliance report is carried out to verify

That the project does not have any adverse environmental impacts in the project

area and its surrounding

That the Project Management is implementing the environmental mitigation

measures and safeguards in true spirit as suggested in the approved Form-1 Form-

IA Conceptual Plan amp Environmental Management Plan (EMP) and building

plans

Any non-conformity in the project with respect to the environmental implication

of the project

Scope of Work-

S no Type of samples I Analysis Required No of

Quality 1

a) Particular ~yatter(size less than 10 pm) (PMl0) d m

b) Particulate ~ a t t e r(size less than (25pm ) (PM25)gm

Ambient Air

I I I c) SOX(d) NOx (e) CO (in glm3)

I I h) Ammonia (i) Benzene (CoH6) glm3 I

24 hours samples for analysis of (per location) -

j) Benzp-(a) Pyrene- BaP (k) Arsenic (As) nglm

Samples 1

I I I 1) Nickel-(Ni) nglm3

Water Sample

Along with meteorological for specific parameters

Color odour Taste pH TDS (mgllit)

Hardness (rngllit) Iron (rngllit) Chlorides

(mgllit) Fluorides (mgllit) Calcium (mgllit)

Magnesium ( m t ) Copper (rngllit)

Manganese (mgllit) Sulphate (mgllit) Nitrate

(rngllit) Fluoride (rngllit) Phenolic Compound

(rngllit) Selenium (mgllit) Lead (mgllit)

Chromium (mgllit) Aluminium (rngllit) Boron

Page 4 of 17

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Environmental Compliance Report-June-2014 W s Piyush Buildwell India Ltd 1

The environmental compliance report is carried out to verify

That the project does not have any adverse environmental impacts in the project

area and its surrounding

That the Project Management is implementing the environmental mitigation

measures and safeguards in true spirit as suggested in the approved Form-1 Form-

IA Conceptual Plan amp Environmental Management Plan (EMP) and building

plans

Any non-conformity in the project with respect to the environmental implication

of the project

Scope of Work-

S no Type of samples I Analysis Required No of

Quality 1

a) Particular ~yatter(size less than 10 pm) (PMl0) d m

b) Particulate ~ a t t e r(size less than (25pm ) (PM25)gm

Ambient Air

I I I c) SOX(d) NOx (e) CO (in glm3)

I I h) Ammonia (i) Benzene (CoH6) glm3 I

24 hours samples for analysis of (per location) -

j) Benzp-(a) Pyrene- BaP (k) Arsenic (As) nglm

Samples 1

I I I 1) Nickel-(Ni) nglm3

Water Sample

Along with meteorological for specific parameters

Color odour Taste pH TDS (mgllit)

Hardness (rngllit) Iron (rngllit) Chlorides

(mgllit) Fluorides (mgllit) Calcium (mgllit)

Magnesium ( m t ) Copper (rngllit)

Manganese (mgllit) Sulphate (mgllit) Nitrate

(rngllit) Fluoride (rngllit) Phenolic Compound

(rngllit) Selenium (mgllit) Lead (mgllit)

Chromium (mgllit) Aluminium (rngllit) Boron

Page 4 of 17

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

3

Post Clearance Envi~onmental Coinpliance Report-June-20 14 MsPiyush Buildwell India Ltd I

Soil Quality

4 Noise Samples

5 Meteorological data

(mgllit) Zinc (mgllit) BOD 27 (mgllit) COD

(mgllit) Total Alkalinity (mgllit) Total Coli

forms

pH Texture (sand clay and silt) classify the 1

class also Bulk density (glcc) Water holding

capacity Organic matter () Nitrogen content

(meql lOOgm) potassium content (meql

1OOgm) Magnesium content (meql 100gm)

conductivity Zinc Iron Magnesium

On hourly basis for 24 hours in order to have an 1

assessment of the day (6 am to 10 pm) and

night time (10 pm to 6 am) noise levels The

results of the noise quality shall be reported as

Leq LIO LSO L90 Lmax Lmin Lday

Lnight Ldn

Wind direction wind speed Temp (max amp 1

min) relative humidity rainfall etc for I day at

project site LA

Page 5 of 17

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Environmental Coinpliance Repol-t-June-2014 MISPiyush Buildwell India Ltd

Chapter 2

Environmental Status

This chapter incorporates the description of the existing environmental setting in the study area of the project for the month of May-2014 luinistry of Environment amp Forests (MoEF) has granted the Environmental Clearance for the project and Haryana State Pollution Control Board has granted the NOCI CTE for the project which is now under renewal process

The scope of this study is a part of Post Clearance Environment Monitoring of the project during the construction phase It includes monitoring of ambient air noise soil amp water quality The scope also includes monitoring the condition of weather at the premises of the project site This section describes the methodology adopted for sampling frequency of sampling and analytical techniques used The results of the survey are also presented

21 AMBIENT AIR QUALITY MONITORING

211 Introduction

Ambient air quality is considered as background concentration of atmosphere Monitoring of Ambient air is carried out to establish the impacts of various activities leading to generation of emission which have a bearing on ambient air quality All substances in ambient air exist as particulate matter gases or vapors

Ambient air quality monitoring (AAQM) station was set up at project site for sampling -

a) Particulate matter (size less than 10 pm) (PMlo)gm3 b) Particulate matter (size less than (25pm) (PM2~)gm3c) SOXd) NOx e) CO (in gm3) f ) Pb g) Ozone (03) gm3 h) Ammonia i) Benzene (C6H6)gm3j) Benzo-(a) Pyrene- (BaP) k) Arsenic (As) ngm3 1) Nickel-(Ni) ngm3along with Meteorology for specific parameters

212 Objectives

To identify specific industrial and other sources of pollution To assess the quality of ambient air with in the project premises To assess health hazards and potential damage to property To assess the pollution impacts on biotic environment

213 Locations

The location of the selected AAQM station is given below

214 Sampling and Analytical Techniques

Station No

Page 6 of 17

Name of Location 1 1 Proiect Site

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

APM 550 Samplers have been used to collect samples for fine Particulate matter (PM25) in ambient air at a flow rate of 115 m3min The ambient air was sucked through the WINS Impactor assembly and fresh 37 mm diameter GFA filter in the well along with 1 1x1(35 dro s) of siIicone oil on filter paper Samples of gases were Pdrawn at a flow rate of 12 m per min and were analyzed in the laboratory

Fine Particulate matter (PM25) has been estimated by gravimetric method (TM- AAQ23) amp (IS 5182 P-23) Respirable Dust Samplers have been used to collect samples for Fine Particulate matter (PMlo) in ambient air at a flow rate of 12 m3 min The ambient air was sucked through the cyclone and filter paper by a blower

Fine Particulate matter (PMlo) has been estimated by gravimetric method (IS 51 82 P- 23 1999) Jacobs-Hochheiser method (IS-5 182 Part-VI 2000) has been adopted for the measurement of NOx Modified West and Geake (IS-5 182 Part-I1 2001) have been adopted for measurement of SO2

The results of PM25 PMlo SO2 IVOx Pb and CO are in microgramm3

215 Presentation of Results

The results for ambient air quality monitoring as per locations are presented below-

INO Test Parameter

1 Pa~liculate Matter PM 25

2 Particulate Matter PM 1 0

3 Sulphur Dioxide (as SO2)

4 Oxide of Nitrogen (as N02)

5 Carbon Monoxide (as CO)

6 Ozone ( as 03)

7 Ammonia ( as NH3)

8 Lead (as Pb)

9 Nickel ( a s Ni )

10 Arsenic (As)

I 1 Benzene (as C6H6)

12 Banzo a-pyrene (Bap)

-

Results Uni t

4754 pgm

8567 pgl

1437 11 pg

m3

m 230 pgl

m3 lt200 pg-

lm3 2299 pgl

m3 1 124 pg

m2 010 pg

m lt10 ng

m5 4 0 ng

m lt01 pg

m 4 0 ngl

m3

Limits NAAQS Monitoring amp Analysis Guidelines Volume-I

60

100

8 0

80

2000 (8hr) 4000 (I hr) 100 (8hr) 180 (1 hr)

400

0 1

2 0

06

0 1

05

Test Methods

SOP-(AALSOPENVO02) CPCB Guideline

IS-5 182(P-23)-2006

IS-5 1 82 (P-2)-200 1

IS-5 182(P-6)-2006

IS-5 182(P-10)-1999 Reaff 2003

IS-5 182(P-9)-1974 Photometric

Indo-Phenol Blue Method

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

IS-5 182(P-22)-2004

NISOH 601 5-2005

CPCBIGC Method

Page 7 of 17

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

22 WATER MONITORING I

Ground water quality was studied by identifying sampling location after and testing reconnaissance and by collecting water quality parameters

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

221 Ground Water Quality

Ground water is water located beneath the ground surface in soil pore spaces and in the fractures of lithologic formations Ground water is also often withdrawn for agriculture municipal and industrial use by constructing and operating extraction wells Ground water is naturally replenished by surface water from precipitation streams and rivers It is estimated that volume of ground water comprises 301 of all fresh water resources on earth compared to 03 in surface fresh water It is crime numerous factories deliberately inject untreated effluent directly into the ground contaminating underground aquifers

Water quality parameters for ground water resources have been studied for assessing the water environment A sample of ground water was collected from the study area The location is mentioned below

2211 Location

2212 Methodology for sample collection

Station No 1

Water sample was collected in the month of May-2014

Name of Location Piyush Heights at Sector 89

The sample was collected and analyzed as per IS-10500 Grab sample of water was collected Sample for chemical analysis was collected in polyethylene carbuoys Sample for DO analysis was collected in the glass bottle of capacity 300 ml and the DO was fixed on site using KI and MnSo4 Sample for bacteriological analysis was collected in the sterilized bottle Specified physico-chemical and Bacteriological parameters have been analyzed for projecting the existing water quality status in the study area

2213 Objective

For rational planning of pollution control strategies and their prioritization To assess nature and extent of pollution control needed in different water bodies or their part To evaluate effectiveness of pollution control measures already in existence To assess assimilative capacity of a water body thereby reducing cost on pollution control To understand the environmental fate of different pollutants

To assess fitness of water for different uses

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

2214 Presentation of Results

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

1 I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

22 Total Chromium (as Cr) mgll 005 Max 005 Max IS 3025(P-52)-2003 Yes

23 1 Ecoli I MPN1100ml Absent 1 Absent I Absent IS 1622-1981 I Yes I I 1 I I I I

24 1 Total Coliform I MPN1100ml 1 lt20 1 10 Max 1 IS 1622-1981 I Yes

23 NOISE LEVEL SURVEY

Noise is any sound that is undesirable because it interferes with speech and hearing The environment impact of noise can have several effects varying from noise induced hearing loss to annoyance depending on loudness of noise levels

The main objective of noise monitoring in the study area is to establish the baseline noise levels

231 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

232 Method of Monitoring

Pulsar Data Logger Noise Meter (Model 30) was used to monitor the noise level at one Location Noise level was monitored continuously for 24 hour with one hr interval Noise level was measured in the form of Leq Lday Lnight Llo L50 L90 Ldn Lmax and Lmin

233 Presentation of Results

1 1 lUoise Monitoring Results for Proposed Group Housing Project are presented below

SNo Test Parameter Unit Results Requirement

I (as per CPCB Guidelines) Limits in dB(A) Leq I I I I

Noise Level Category of Area I Zone Day Time Night Time I I

Lmin dB(A) 407

L10 dB(A) 6776

L50 dB) 600

L90 dB(A) 4598

I I I I I I

Lmax 707 - -

I I A Industrial Area 75 70

Leq-Day 6478 B Commercial Area 65 55

I I I I II C ResidentiaI Area 5 5 45

Page 10 of 17

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush Buildwell India Ltd (

Leq-Night D Silence Zone 50 40I IdB(A) 4734

24 SOIL QUALITY

The soil is developed by the weathering of the rocks present in nature and differentiated into horizons of various heights and characters The soil is a natural medium for plant growth and supplies the required nutrients to the growing plants Some soils are very productive that contain adequate amounts of all essential elements in the form readily available to plants For good plant growth the soil should also be in good physical condition which ensures proper supply of air and water

Physically soil consists of stones large pebbles coarse and fine sand silt clay humus and some undecoinposed dead plant parts The soil productive capacity in most cases can be evaluated by determining physical and chemical properties of the soil One sample of soil was collected from the site to check the quality of the soil of the study area

241 Locations

Station No 1

Name of Location Piyush Heights at Sector 89 Faridabad

242 Methodology for sample collections

It is most essential to obtain a representatives sample of soil from an area in any study A composite sample of an area is normally preferred One sample of soil was collected from the project site in the month of May-2014 and transported to the laboratory and was spread for air drying After proper drying of soil large stones and other objects were removed and the soil was grounded to break up aggregates and crumbs and tested as per IS 2720 and SMCA

243 Presentation of Results

Soil monitoring Results for Proposed Group Housing Project are presented below-

SNo

1

2

3

Test Parameters

PH

Conductivity

Potassium as K

1 Unit

pScm

mgKg

I Results

80 1

783

18892

I Test Method

IS 2720(P-26)- 1987 Reaff-2007

IS 2720(P-2 I)-] 977 Reaff-2006

AALSOPENVO 1 0-D

Page 11 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd I

4 by mass 0101 AALlSOPlENVO 10-C

Total Kjeldahl Nitrogen 5 by mass 083 IS 2720(P-22)-1972 Reaff-2005

Organic Matter I I I I

6 Magnesium (as Mg) MeqIOOgm 158 AALISOPIENVIO 10-B

7 by mass 158 AALlSOPlENVl0 10-H

Water Holding Capacity gmlcc 113

Bulk Density

1 I mgKg 1 016 I By AAS 1 Zinc

I I I I

10 1 mgKg 013 By AAS

1 Iron

11

Soil Gran Size

(a) Sand by mass 7525 IS 2720(P-4)- 1985 Reaff 200 1

(b) Silt by mass 1075 1s 2720(P-4)-1985 Reaff 2001

Cc) clay by mass 140 IS 2720(P-4)- 1985 Reaff 2001

25 METEOROLOGY

The meteorological elements that have the most direct and significant effects on the distribution of air pollutants i n the atmosphere are wind speed and wind direction

Wind

Wind is the motion of air relative to earth surface Wind speed determines the travel time of a pollutant from its surface to a receptor and accounts for the amount of pollutants diffusion in the windward direction Therefore the concentration of the pollutants at any receptor is inversely proportional to the wind speed Wind speed is usually measured by an anemometer which consists four hemispherical cups arranged around a vertical axis The faster the rotation of the cups higher the speed of the wind

Wind direction determines in what direction a pollutant travels and what receptor is affected at a given time

Data logger weather monitoring station was used to record all the parameters of Meteorology

Page 12of 17

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd

Meteorological data of one day at the specified location is presented in the tabulated form date wise

251 Locations

Station No Name of Location 1 Piyush Heights at Sector 89 Faridabad

252 Presentation of Results

Weather Monitoring Report of 18052014 amp 19052014 is presented below-

Date Time 1 Temperature I R Humidity I Wind I Wind Speed I Cloud Direction

18-05-2014 1l00 AM 35OC 28 S-N I1 Kmlhr Haze 1200 PM 37 OC 23 S-N 17 Kmlhr Haze

0 1 0 0 P M 1 39degC 1 16 1 S-N 1 19KmIhr I Haze 1 02OO PM 39 C 17 S-N 19 Kmlhr Haze 03OO PM 39 C 14 S-N 15 Kmlhr Haze

I I I I I I

04OO PM 39 OC 14 Haze 1 05OO PM 1 38 C 1 16 1 S-N 1 15 Kmlhr I Haze 1

06OO PM 38 OC 16 S-N 13 Kmlhr Haze

07OO PM 36 C 18 S-N 09 Kmlhr Haze 08OO PM 36 C 19 S-N 11 Kmlhr Haze

1 09OO PM 1 35 OC 1 22 S-N 1 13 Kmlhr I Haze I 10OO PM 34 C 23 S-N 11 Kmlhr Haze

11OO PM 33 OC 24 S-N 17 Kmlhr Haze

12OO PM 32 OC 25 S-N 15 Kmlhr Haze

6 CONCLUSION

61 Ambient Air

Fine Particulate matter (PM25) amp Particulate matter (PMlo) levels are well with in the

Page 13 of 17

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

-- -

I Post Clearance Environmental Co~npliance Repol-t-June-20 14 MIS Piyush Buildwell India Ltd I

National Ambient Air Quality Standards (NAAQS) with Fine Particulate matter (PM25 ) 4754 amp Particulate matter (PMlo) 8567 ygm3 respectively The SO2 and NOx values monitored are also well within the permissible limit which are respectively 1437amp 230 ygm3 The average Carbon Monoxide level is lt200 pgim3 which is also within the NAAQ standard The average values of Pb (Lead) monitored was 01 0 ygm3

62 Ambient Noise

The Leq-day and Leq-night levels at the project site were 6478 amp 4734 dB respectively The noise levels both during the night and day time are around the Ambient Noise Quality Standards for Residential Zone

63 Water Quality

All the parameters monitored for the water sample collected are within the desirable limit of IS-10500 For drinking purposes it is recommended that the periodic cleaning of the storage tanks should be confirmed and water should be disinfecting before use

64 Soil Quality

The soil analysis result shows that the soil quality is good amp fertile so it should be used for the landscaping amp horticulture purpose in the campus area

65 Weather

The highest and lowest temperature recorded at the weather station was 39 C and 26degC respectively The relative humidity was in between 48 -14 The predominant wind direction was in between S-N with wind speed ranges from 7 to 19 KmHr

National Ambient Air Quality Standards (NAAQS) 2009

Concentration in Ambient Air

Pollutant Time

Weighted average

Industrial Residential Rural and

Ecologically sensitive

area (Notified by

Methods of Measurement

other area Central Government)

Sulphur Dioxide SO2 ygm3

Annual 24 hours

50

80

20

80 o

o

Improved West amp Gaeke Llltraviolet

Nitrogen Dioxide as NO2 pgm3

Annual 24 hours

40 8 0

30 80

o Modified Jacob amp Hochheiser

Page 14 of 17

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

1 Post Clearance Environmental Compliance Report-June-2014 MIS Piyush Buildwell India Ltd 1

o (Na-Arsenite) o Chemiluminescence

Particulate Annual 60 60 o Gravimetric matter (size less

1 24 hours

1 1 1 0 TOEMthan10 pm) 100 100 o Beta attenuation

Particulate r n u a l Gravimetric

matter (size less o TO EM

than 25 pm)(PM 24 hours1 25) wgm o Beta attenuation

-

1 8 hours 1 100 I 100 l o UV photometricOzone (03) I o Chemiluminescence pgm3 I hour 180 180 o Chemical method

-

Annual 1 050 050 1 o AASI l ~ r m e t h o d - 1after sampling on 1 ~ e a d(pb) pg1m3 24 hours

EPM 2000 or equivalent filter paper 1 O 1 O o ED - XRF using Teflon filter

Carbon 8 hours 02 02 o lVon Dispersive lnfra Red (NDIR) Monoxide ma m3 I hour 04 04 spectroscopy

Ammonia (NH3) Annual 100 100 o Chemiluminescence 24 hours 0 lndophenol blue method 400 400

o Gas chromatography based Benzene (C6H6) continuous analyzer

Annual 05 05 o Adsorption and desorption followed

by GC analysis

Benzo(a) Pyrene - (Ba P) o Solvent extraction followed byAnnual 0 1 01particulate phase HPLCIGC analysis only ngm3 Arseqic (As)

Annual 06 06n m 2000 or equivalent filter paper

o AASIICP method after sampling on

L EPM 2000 or equivalent filter paper

Source Central Pollution Control Board

National Ambient Noise Standards

Lea in dBiA- 1 Category of Zones

I ~- ~ -

Day Night+I1 Industrial 75 70

I I Commercial 65 55

I I

Residential 55 45 I I

Silence Zone 50 40 I I I

I Dav Time is from 600 AM and 1000 PM + ~ d t e-2 Night Time is reckoned between 1000 PM and 600 AM Silence Zone is defined as an area up fo IOOm around premises of Hospitals

Page 15 of 17

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

- --

I Post Clearance Environmental Co~npliance Report-June-2014 Ms Piyush ~ u i l d w e l l l n d i a ~

Educational Institutions and Courts Use of vehicle horn loudspeaker and bursting of crackers is banned in these zones Note Mixed categories of areas be declared as one of the four above mentioned categories by the competent Authority and the corresponding standards shall apply

Source Central Pollution Control Board

Drinking Water Quality Standards (IS 105001991)

I Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate 1 (Desirable Limit)

sourceI I 1 I i

-itsunits Max ) 5 25I

2 Odour Unobjectionable Unobjectionable

3 Taste Agreeable Agreeable

4 Turbidity ( NTU Max) 5 10 -

5 pH Value 65 to 85

Total Hardness (as CaCo3) mgllit 6

300 600 Max

7 Iron(as Fe) mgllit Max 03 1

8 Chlorides (as CI) mgllit Max 250 1000

9 Residual free chlorinemg lit Min 02 --

I Desirable Characteristics

10 1 Dissolved solids mgllit Max 500 2000 I I I II 11 I Calcium (as Ca) mgllit Max 75 200

005 151 12 1 I

Copper (as Cu) mgllitMax I I

I I

m ~ a n ~ a n e s e(as Mn)mgllitMax 01 03 I I I I1 14 1 Sulfate (as SO) mglitMax 200 400

15 I1 Nitrate (as NO) mgllitMax

I

45 I

100

16 1I Fluoride (as F) mgllitMax I

19 I

15

q F T 7C H50H) mgllit Max

1 18 I1 Mercury (as Hg)mgllitMax

I

0001 I

No relaxation I

I

19 Cadmiun (as Cd)mgllitMax 001 No relaxation

20 Selenium (as Se)mglitMax 001 IVo relaxation

21 Arsenic (as As) mgllitMax 005 No relaxation

Page 16of 17

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

--

1 Post Clearance Environmental Coinpliance Repoi-t-June-2014 MIS Piyush Buildwell India Ltd I

Permissible Limit in the Requirement

SN Substance or Characteristic absence of Alternate (Desirable Limit)

source -

22 Cyanide (as CN) mglitMax 005 No relaxation --23 Lead (as Pb) mglitMax 005 No relaxation

24 Zinc (as Zn) mglitMax 5 15

Anionic

02 1

MBAS) mgllitMax ~ ~ ~ I

26 Chromium (as ~ r ~ ) m g l l i t ~ a x 005 No relaxation Polynuclear aromatic hydro

27 --carbons (as PAH) gllitMax

29 Pesticides mgll Max

I 30 Radioactive Materials pppp

i Alpha emitters BqlMax -- 01

ii Beta emitters pcilMax -- 1

31 Alkalinity mglitMax 200 600 I I I I I

32 1 Aluminium (as Al) mgllMax 003 I 02 I

I I I

33 Boron mglitMax 1 5

Source Central Pollution Control Board amp MoEF -

Page 17 of 17

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

I

[IAUL m ~ b ~ Laoorazory)~=UIL~U 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

Ph0921 5522355 09266628850 Email Id ~~li~j~r~~jj~~~~ii~~jirii~ Web Site w~wt1ali1~-3li~~ri-~

[ TEST CERTIFICATE ] i

Payc ol I h

f~c[rtrrtNO A[ lltamp-20 i 405 lOOlt

eI

lssued To P~yushBuildwell India Ltd g A-16IB- I hlohan Co-operarive Industrial Date of Reporting 1i0520 1 8 Fstate Main hlathura Road Wew [)elhi- F 10014 1 Piyush Heights Group Housing Project at Date ofRccrivi~lg lf)i20 1 3

Sampling Site Sector-89 Faridahad Date of RIo~litor-ing I 81520 I 4 1 0 1-11~~-05-( i

Sample Descrtptior~ ~ I e t ~ o i c ~ p r c a l Sarnl)lt~igDone Hv $ Irest I

TEST~RESULT amp j$

gt

Sl)ct~lfiemiaity r Wind ~amp--gt+~-$-- +amp(

l_-- i

r= I-m-

iy j J 11 I i-~lperamp+rTgiiilte

- - -rilst

j Ilortd j

~ I

~~L

05 00 PM 1 35 C 16) I ~ ~ K N I I I ~ Yj---- c =c ( -

1 I 3~lihlw i 0600 PM 38 C 1 16

I p -c --ijj--~~T y36 1 I 1 t l n 7 ~S-N ~l Krnht-

jt-~ 0 I

z--- 1 z-LI- ---L It_ i

09 00 PM I 35 C S-N 1 13 Kn~ihr i Haze ~ ~

i - + - - 3aoc 23yn S-N 1 11 Ktnlhr i llnze

- 7 I 5 Krtllhr Haze -i 1 1

-- 109 Kmihl Haze I

30 C S-N It irze I

- -1 t - - I - I- - - - I - 0400 iM I 29 C I 40i I S-N I3 KIIII~II I f u r

Haze

~ - - i

7- j 13 172c I

-1- 10 Krnil~r 1 --

AM 28 C S-H

1-0$00 4 8 O h I i i-- 1 i- -~

09 Ymhr +SN - I

1

1I1

S-N1000 AM I l krniltr 1-1azc I --- -

I I00 A M i 35 C 35 1 S-N j 09 Kmilir Haze

e 1 The Result Indicated above refer to the tested sample and listed test parameters only endorsement of products is neither inferred not lrnplied 2 Total liability of our laboratory is limitedto the invoiceamount

I

I i

ARIHAM ANAPIlYiICYl LA~OMTORYPVT 17D (NABL Accredited Laboratory)

272 Phase - IVSec- 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph 09215522355 09266628850Email Id aalkundl~(lr~ai c _ i ~ r i

Web Site V W P ~ a a l k ~ ~ n d l ~con

( TEST CERTIFICATE ]

I s s ~ ~ e dTo

Silrnpling Site

Sx11111ling1)etails

Piy[~sli Buildwell lrldia Ltd A- 16iU- I hilohail Co-operative Industrial Estate Main Matl~ul-aRoad New Delhi-1 10044

Iiyush tJeights (iroup Housing Project at Sector-89 Faridabad

Iteport No

Date of Reportiag

Date of Receiving

Date ol Monitoring

lI EX-20 110519007

24105120 1 4

+ 1olosi20 I 4

I XlO512014 to IY-(JS-20 I4

1-ype ol b loni to~ing

10cil11011 ~ gt f S a t n l ~ l i n g Ioi~it S ~mpl i~ igSial-tccl on

Sa~np l ing (urripleted oil

tlciual Ii111z91 Sai~~pliog ei-apeflow l ia tc i ~par-11cu

I utal Vo l~~me niattel (in) (Fa~s sampled fill- pa i t i~~ t l i i t e

SPo - st Piirairleter IZcsults

1 Iai-l~cr~IilcLlil(cr IVl 2 S 4754

gt ris~culnlc hlmccr I1~I 8567

I SulpI~klrl~ic~sl t ic ~14lt7(as S O i II

4 Cii i l i ol Niiiugc~i(as NO)

Cu-bo~~ (IS (0)M o n o ~ ~ d c

I I OO ANt( 1 RO 520 14) I 1 OO 11~(~~9052014)

24 hss

Xjl6 ~

its NAiQShlo~~it~ririkamp Ani~lysisCuidelines Volii~ic-I

00

I

4000 (111r)

lrstRlethocis

SOP-(AALSOPEiU~Ii)OZ)i CIPCR (~i~dcli~ic

IS-2 lX(F-3)-200(

IS-5 IS2 (P-2)-3001

IS-i I XZ(P-0)- 1974 Photornc~ric

Indo-Phcnol Hluc hlc~hod

IS-5 182(P-22)-LOiU

hq7SOH 6-0fi-ampgt5

--7 7 99 )clirn1 100 (81if) 180i1 hr)

I I J L ~ ~ l l l ~ 400 1 gt

F 8 ILcad (as I1h 0 10 11s i i i l 0 1 I

I (as Cl-I) S O I p d ~ n 0 Il)ci~~erii

ARIHAM ANAAlYTIC41 LAgORAIORY PVT 17D E (NABL Accredited Laboratory)

id 272 Phase - IVSec - 57 HSIIDC Kundli onep pat-131028-(~aryana)it+lt

$

$ )$

--fb- -L)pbos O L ~ ~

gt

Ph 09215522355 09266628850 Email Id aalltur~d~n~a~I~cotn Web Site ~zw-~~alku~dLco_x

[ TEST CERTIFICATE ] Page I of 1

Keport No AAL ENV-20 1105 19009

Issueti 10 Piyush i3uildwcll I~idiaLtd A- 16iH-I Mohan Co-operative Industrial Date of Keporting 240520 14 Istale blain Mat1iula Road New Ilelhi-I I Oil44

Sn~n)lingSi l r Piyush 1-leiglitsGroup Housing Iro~ect at Secro~-89Iaridabi~d

Date of Receiviag

Date of Monitoring

1910512014

lSIO512014 to 19050 14

Slmplr Uescriplioa No~sc(Road) Sample Done By AAL

Requirement CPCD Guidelines) Limits in dB(A) Lq

Noisc levcl

Lmin

L I o

1 50

L90

Let[

Irnax

A Indugtri$l~rea

~ ~dmmel-cia1Area

C Residcntiel 41-ea d13(A) 4733

D Silence Zone

c A-L - +ha infnrrari nnt irnnlipd

ARIHAM ANAAlYTIC41 LAgORAIORY PVT 17D E (NABL Accredited Laboratory)

id 272 Phase - IVSec - 57 HSIIDC Kundli onep pat-131028-(~aryana)it+lt

$

$ )$

--fb- -L)pbos O L ~ ~

gt

Ph 09215522355 09266628850 Email Id aalltur~d~n~a~I~cotn Web Site ~zw-~~alku~dLco_x

[ TEST CERTIFICATE ] Page I of 1

Keport No AAL ENV-20 1105 19009

Issueti 10 Piyush i3uildwcll I~idiaLtd A- 16iH-I Mohan Co-operative Industrial Date of Keporting 240520 14 Istale blain Mat1iula Road New Ilelhi-I I Oil44

Sn~n)lingSi l r Piyush 1-leiglitsGroup Housing Iro~ect at Secro~-89Iaridabi~d

Date of Receiviag

Date of Monitoring

1910512014

lSIO512014 to 19050 14

Slmplr Uescriplioa No~sc(Road) Sample Done By AAL

Requirement CPCD Guidelines) Limits in dB(A) Lq

Noisc levcl

Lmin

L I o

1 50

L90

Let[

Irnax

A Indugtri$l~rea

~ ~dmmel-cia1Area

C Residcntiel 41-ea d13(A) 4733

D Silence Zone

c A-L - +ha infnrrari nnt irnnlipd

---y-- l ~ s -ARjAIVT AAI991MfC4l LA~ORclTORYPVT LTD 10$gi

t B (NABL Accredited Laboratory)gt $ $iY 272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana)

I gt b $ Ph 09215522355 09266628850 Email Id c1gamp~jd~5irn~iI~cjzltn

qQs a) Web Site

TEST CERTIFICATE 1

Report No A A l ENV-2014059000 issl~erlTo Piyush Biiildwell lndia Lttl

I-I hB- I tvlohan (0-cperatiie Industrial Gsiatc Main Date of ReportingMwtl~uraICoad New Ilelhi- I 0034

Sanrpling Tiy~i~i iI - leishlsCICLJ~t-lousiiiy Project at Sector-89 Datc of Receiving 19105l7014 Site Fa~-iclaOad Customer Sarnple ID N i l

Sanlpic Si~l)rr~ittetl hil Plastic 13ottlc1 ~ Si~nlple Cor~tlitior~ - -

--P

TE$T RESULT SNo rest para~netec~ Unit lts(irig Metl~od Conformity

i~nit Lirsit

I Colou~ kIa7e11 -5 0 5 Max I S Max IS iO25(P-4)- 108i Yes

I~~lohjec- Lr~oblec- I~nobjec- [Jnobjec- IS i025(P-5)-1983 Yes -t ionable -ttonLibic -tionable - t io~~abie

0 A l a n i i ~ u n i(as 41) NI) 003 I nx 0 2 Max Ycs

7 F3ol011(3s F3) II)LJI 05 Mas Yes

S (alciu~ii(as Cn) 111gI 7 5 Mw No

~ l i l o i ~ i ~ d ( lt(as ( I j rnsl I (i( ((I b l a x No

0 toppe~(as Cu) tndl ND O 05 kl~x Yes

I 1 lluuridc(as F) r~isl 1 0 I Rltix Vcs

12 1 1 n n( a s Fe) nlgl 025 93Max Yes

bIagnitsiu~n( a s RIg) rnsl 213 30 Max No

I Manzat~esc(as Mli) mgll 009 0 I M a x 03 Max IS 3025(1-59)-2006 cs

(ltJI

~uthorizgdStgnatory Nnte- 1 The Rrsi~ l tIndicated ahnve refcr tn the tested sa~nnl-and l i~todt ~ s tnararnetera nnlv e n d n r c ~ r n ~ n t nnt imnlied nf nrnritwtc ic neither i n f e r r ~ d

1

NhhlYTICAl MEORATORY Pvr LIU (NABL Accredited Laboratory)

272 Phase - lVSec- 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph0921 5522355 09266628850 Emaii Id ~j~~ampr~~~~~~~~~j__~~i~j

Web Site ~VVVV~ 33kdI ~gIii~TI

TEST CERTIFICATE 1

Hepo~-tNo AAL ENV-20 I305 i 9086 lssuctl To Iiv~ishFJuildweli India Ltd

X- 10113-1 hlohair Co-operative Industrial Estate hfa111 Drte of ReportingM n i h ~ ~ ln Road Ncw Delhl- 1 10044

Sa~nplcDescrrptiori i l i 1 1 i k 1 i 1 ~Vilte~ Sample Q)r~ntity I 1iter

Sar~rple St~b~nttted By I Si ln~l l~ Ilastlc Rott leCondition

TEST WESLil T

SNo lest ptsarrtcters per Iestiltg klethod Coriformity

Nit ~ratz(as NO) 100 Max

Phenolic Col i~po~r O 002 Maxnd (d5 Cit1501i)

Sc lc igtr~~r~ l n~sI NI) i l l n 0 0 Max Y e s( a s S e )

( a s SC)) 111yI 606 M a x NoS~i lp i~s te

600 Max Yes

Ziiic (as Zli) Yes

[cad ( a s PI) Yes

0 0 5 Max Yc

Yc

Ye

Yl

N 1)- No1Detcctcd Itc11task--ll ic abovc rcsrad par-anlctersdoes not meel the liniit o f IS 10500-20 12

Autho 6 Gnatory

ISRIHAIVT ANAAlYTIMl LA~ORATORYPVT LID (NABL Accredited Laboratory)

272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph 09215522355 09266628850 Email Id ~alfi~rd)tgtg~7iaiico~r

__ Web Site W ~ V J ixd t~fifili~~

TEST CERTIFICATE 1 Page 1 of 1

Iiepotl NO AAi Ei-20 i405 191 O Iiyusl~ Huildwcll l~ i t l i alid A- 1 hi13- 1 Mollarl (o-ol)erai~e 1n(~~strial Date of ReportingIstac Maill Matllura Koatl New Delhi-

I 10044

Piy~isliIleights (3roup IlousingProject at Date of Receiving 190520 1 4 SiteSanrpli~~g

Sector-89 Faridabad Customer Sample 10 NA

S a ~ n ~ l eLgtcscriptioi~ nil Smnple Q~~arltity 2 Kg

Sarllplc Collec(cd IJy A41 Si~nlplePtckirig Condition Plastic Polythene - ---

TE$$gj~[gfi~~LT 3

- Ilt

i 1 y

S80 Test Parsn~cters llnit R~4ylis Test Method

4 loial KJeltiiI~lNitsogctl h y nmss A1IS()PLNVO 10-C0

5 Organic M l a t r IS 3720(lJ-22)-1 072 KeafT-200

6 h4agrlesi~lrn(as blg) ALdSOPEN Vc) 10-B

7 Water I-lolding Capaciy AALISOPiENViIlil-H

8 1311lk lgtc~lqii 6~ C C 1 13

0 Zinc ingramp 0 16 By AAS

( a ) Sand

(Igt) Silt

(c) (lay

NhhlYTICAl MEORATORY Pvr LIU (NABL Accredited Laboratory)

272 Phase - lVSec- 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph0921 5522355 09266628850 Emaii Id ~j~~ampr~~~~~~~~~j__~~i~j

Web Site ~VVVV~ 33kdI ~gIii~TI

TEST CERTIFICATE 1

Hepo~-tNo AAL ENV-20 I305 i 9086 lssuctl To Iiv~ishFJuildweli India Ltd

X- 10113-1 hlohair Co-operative Industrial Estate hfa111 Drte of ReportingM n i h ~ ~ ln Road Ncw Delhl- 1 10044

Sa~nplcDescrrptiori i l i 1 1 i k 1 i 1 ~Vilte~ Sample Q)r~ntity I 1iter

Sar~rple St~b~nttted By I Si ln~l l~ Ilastlc Rott leCondition

TEST WESLil T

SNo lest ptsarrtcters per Iestiltg klethod Coriformity

Nit ~ratz(as NO) 100 Max

Phenolic Col i~po~r O 002 Maxnd (d5 Cit1501i)

Sc lc igtr~~r~ l n~sI NI) i l l n 0 0 Max Y e s( a s S e )

( a s SC)) 111yI 606 M a x NoS~i lp i~s te

600 Max Yes

Ziiic (as Zli) Yes

[cad ( a s PI) Yes

0 0 5 Max Yc

Yc

Ye

Yl

N 1)- No1Detcctcd Itc11task--ll ic abovc rcsrad par-anlctersdoes not meel the liniit o f IS 10500-20 12

Autho 6 Gnatory

ISRIHAIVT ANAAlYTIMl LA~ORATORYPVT LID (NABL Accredited Laboratory)

272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph 09215522355 09266628850 Email Id ~alfi~rd)tgtg~7iaiico~r

__ Web Site W ~ V J ixd t~fifili~~

TEST CERTIFICATE 1 Page 1 of 1

Iiepotl NO AAi Ei-20 i405 191 O Iiyusl~ Huildwcll l~ i t l i alid A- 1 hi13- 1 Mollarl (o-ol)erai~e 1n(~~strial Date of ReportingIstac Maill Matllura Koatl New Delhi-

I 10044

Piy~isliIleights (3roup IlousingProject at Date of Receiving 190520 1 4 SiteSanrpli~~g

Sector-89 Faridabad Customer Sample 10 NA

S a ~ n ~ l eLgtcscriptioi~ nil Smnple Q~~arltity 2 Kg

Sarllplc Collec(cd IJy A41 Si~nlplePtckirig Condition Plastic Polythene - ---

TE$$gj~[gfi~~LT 3

- Ilt

i 1 y

S80 Test Parsn~cters llnit R~4ylis Test Method

4 loial KJeltiiI~lNitsogctl h y nmss A1IS()PLNVO 10-C0

5 Organic M l a t r IS 3720(lJ-22)-1 072 KeafT-200

6 h4agrlesi~lrn(as blg) ALdSOPEN Vc) 10-B

7 Water I-lolding Capaciy AALISOPiENViIlil-H

8 1311lk lgtc~lqii 6~ C C 1 13

0 Zinc ingramp 0 16 By AAS

( a ) Sand

(Igt) Silt

(c) (lay

ISRIHAIVT ANAAlYTIMl LA~ORATORYPVT LID (NABL Accredited Laboratory)

272 Phase - IVSec - 57 HSIIDC Kundli Sonepat-131028 (Haryana) Ph 09215522355 09266628850 Email Id ~alfi~rd)tgtg~7iaiico~r

__ Web Site W ~ V J ixd t~fifili~~

TEST CERTIFICATE 1 Page 1 of 1

Iiepotl NO AAi Ei-20 i405 191 O Iiyusl~ Huildwcll l~ i t l i alid A- 1 hi13- 1 Mollarl (o-ol)erai~e 1n(~~strial Date of ReportingIstac Maill Matllura Koatl New Delhi-

I 10044

Piy~isliIleights (3roup IlousingProject at Date of Receiving 190520 1 4 SiteSanrpli~~g

Sector-89 Faridabad Customer Sample 10 NA

S a ~ n ~ l eLgtcscriptioi~ nil Smnple Q~~arltity 2 Kg

Sarllplc Collec(cd IJy A41 Si~nlplePtckirig Condition Plastic Polythene - ---

TE$$gj~[gfi~~LT 3

- Ilt

i 1 y

S80 Test Parsn~cters llnit R~4ylis Test Method

4 loial KJeltiiI~lNitsogctl h y nmss A1IS()PLNVO 10-C0

5 Organic M l a t r IS 3720(lJ-22)-1 072 KeafT-200

6 h4agrlesi~lrn(as blg) ALdSOPEN Vc) 10-B

7 Water I-lolding Capaciy AALISOPiENViIlil-H

8 1311lk lgtc~lqii 6~ C C 1 13

0 Zinc ingramp 0 16 By AAS

( a ) Sand

(Igt) Silt

(c) (lay