FORM - MODU Data Exchange...Starboard crane 120ft boom, max SWL 45t. Port side crane 120ft boom, max SWL 24.6t. Aft crane 80ft boom, max SWL 47t *Existing Rig Pipework Where possible,

FORM

Title: Rig Visit Form

Halliburton Management System Document Number: FO‐GL‐HAL‐SWT‐110

Region: Global

Function/PSL: TSS / Surface Well Testing

Owner: Global Assurance Manager

Approved By: Craig Kaser

Job Revision By: Edwards / Samir /

McGouldrick

Rev Date: 23.AUG.2012

Rev No: 3.0

Page: 1 of 24

H a r d c o p i e s a r e U n c o n t r o l l e d

PREPARED BY: Johni Lim, Yerlan Sheruyenov

RIG VISIT

Client

PCSB

Halliburton Representative(s)

Johnny Lim, Yerlan Sheruyenov

Date(s) of visit:

11‐14/01/2013

Rig Name & Type

Songa Venus

Client Contacts on rig (and alternate)

Songa Offshore

Tool Pusher (and alternate)

Nathan Chalmers, Neil Cardy

Rig Certifying Authority

ABS

Rig Telephone No.

03‐83182532

Rig Fax No.

FORM



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Rev No: 3.0

Page: 2 of 24


FLIGHT INFORMATION

Helicopter Co. MHS

Flight Frequency Mon, Wed, Fri

Heliport Location Miri Airport

RESPONSIBLE PERSONNEL ON RIG

Installation Manager(s) Walter Jones [email protected]

Driller(s) Mitcheal Ritchie, Keith Davidson

Barge Engineer(s) Kenneth Andrews [email protected]

Rig Engineer(s)

Mechanic(s) Angus Macmillan

Electrician(s) Tony Thornhill

Subsea Engineer(s) Ross Stewart, Martyn Palmer [email protected]

Crane Operators David Wright

Medic(s) Balan Ibau

Clerk

ADDITIONAL COMMENTS (DIRECTIONS TO LOCATION):

FORM



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Rev No: 3.0

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WELL DATA

Well Name & No. Kasturi ‐ 1 Well TD 3295m

Degree of Deviation Kill Fluid Wt.

R.K.B. Elev. 120.3m Liner Size/Wt.

Formation Perf. Interval

Casing Size/Wt. Test String

Type of Well Gas Well Work String

Water Depth 95.4m Landing String

BH Pressure Sand Production

BH Temp H2S ppm

Max. Oil Rate Max. Gas Rate

S.G. Oil S.G. Gas

Max. Water Rate CO2 %

ADDITIONAL COMMENTS:

FORM



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Rev No: 3.0

Page: 4 of 24


RIG FLOOR

Crown height? TBC by toolpusher

Standpipe size, length and MAWP? NA

Standpipe downstream connection height from floor?

NA

Rig Choke?

Pipe work required? No

Cement unit connection? 2” 1502 wing

Mouse hole? Yes

V‐Door width? 6 ft.

V‐Door length down to cat walk? 22 ft.

RIG PIPEWORK INLET CONNECTIONS

Description 3 inch 4 inch 6 inch Figure Thd/ Wing

*Other

Oil Diverter X 1002 Thread

Gas Diverter X 1002 Thread

Air Diverter X 602 Thread

RIG PORT BOOM OUTLET CONNECTIONS

Oil X 1002 Thread

Gas X 1002 Thread

Water X 100 Wing

Air X 602 Thread

Vent N/A

Propane N/A

FORM



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Rev No: 3.0

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RIG STARBOARD BOOM OUTLET CONNECTIONS

3” 4” 6” Figure Thd/ wing

Other

Oil X 1002 Thread

Gas X 1002 Thread

Water X 602 Thread

Air X 100 Wing

Vent NA

Propane NA


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Rev No: 3.0

Page: 6 of 24


MAIN DECK TEST AREA

Maximum deck loading test area? 350 lbs/ft2 (for Main Supporting Girdles);

500 lbs/ft2 for Local Structure and piperack

Is test area bunded? No

HP flow line connection from rig floor? No

Steam Supply availability/connection? No

Electrical supply available? Yes‐ 110V around the rig and 440V at riser storage area and at railing between accommodation and test area

Gas line connection? 6”1002 thread

Oil line connection? 4”1002 thread

Vent line connection? No

Compressed air available? Yes at end of catwalk

Diesel supply available? Yes at both port and stbd cranes

Type of cranes servicing well test area? Pedestal type

Crane capacity?

Starboard crane 120ft boom, max SWL 45t.

Port side crane 120ft boom, max SWL 24.6t.

Aft crane 80ft boom, max SWL 47t

*Existing Rig Pipework Where possible, obtain electronic copies of the following:

1. Rig Standpipe and Choke Configuration Drawing(s).

2. Rig Flowline to Boom Drawing(s).

3. Rig Boom Pipework Drawing(s). (Note: If not available provide Isometric drawings of items 1, 2 & 3 above on the

isometric paper provided.)

4. Rig Pipework Certification & NDT Record(s).


Pressure Test #8

213 4

56 7

2223

8 910

11 12

13

14 15

MAN

16

18 19 20

25

24

21

KILL TEST STAND PIPECHOKE

10

AUTOCHOKE

AUTOCHOKE

MAN

17

KILL Gauge Choke

Gauge

Poor BoyDegasser

Header line

Yellow Valves Open5000 PSI

ROOMAREA

HYD. OPERATED

CAISSON & PONTOONC

"P" TANKHATCH

VENT

V.L.

"P" TANK

DN

AREA

MHMH

"P" TANK

UP

CEMENT

FLARE BOOM

MUD PROCESS

"P" TANK"P" TANK

MH

"P" TANK

EL. 12'-2" ABV. MAIN DECK

TANKS

DNDOORS

SACK

HATCHABOVE

VENT

EXHAUST FANS(ABOVE)

HATCH

DN

VENT

BOOBY HATCH

MH

STOWAGE

CRANE PEDESTAL

VENTV.L.

HATCH VENT

HATCHABOVE

CEMENT UNIT

UPMH COAMING

PUMPROOM

MHMH

PUMPMUD

MUD PIT CHEMICAL

DN

MUD PIT

ROOM

(N) MUDPUMP

MH

UP

MH

UP FAN (ABOVE)55"Ø SUPPLY

HATCH

MOON POOL

BOOBY

YELLOW

90"BELOWCELLAR DECK

BOP

REEL

DERRICKFOOTING (TYP)

SUBSTRUCTUREDERRICK FLOOR

APV RACK

ABOVE

LATHE ROOM

MH

UP

MH

STOREROOM

CAISSON & PONTOONC

STORE

RACK

ABOVEHATCH

STORETOOLS

DN CO2 BOTTLE

STORE

STORE

ACCUM. BOTTLES

STORE

ROOM

DRY

B.O.P.

ROOM

ROOM

STORE

STOREROOM

VENT

V.L.

LC

HELIPORT SUPPORTS

BLUE

ACTIVEFR.27

ROOM

ACTIVE

SUBSEA

DN

REEL

MUD PITMUD PIT

SLUGGING PIT

ACTIVE RESERVE

ENGINE #3

ENGINE #4

MH

MH

ENG.CONTROLROOM

MH

CONTROLFR.9

BRIDGE

MHDN

F.O. TK.

ENGINE #1

ENGINE #2

MHB.O.P.

CONTROLS

HATCH

VENT

VENT

CRANEPEDESTAL

SERVICE PUMP

VENTV.L.

HATCH

VENT

LCB

HD

LW

R Q

TRS

BH

D U

PP

ER

QTR

S

TUGGERAIR

MH

FLARE BOOM

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

SMOKINGROOM

COR

RIDO

R

112

114

HOSPITAL

110

108

COR

RIDO

R

TV. ROOMLAUNDRY

A.C.

106

104

102

CABINET 2/P.

103

CABINET 2/P.

EMERG. GEN.

SUPPLYFAN (ABV.)

101

DN

LAUNDRY

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

P.F.C.ROOM

HELIPORT SUPPORTS

COMPRESSOR

STORE

DN

UP

COR

RIDO

R

DINNER ROOM

UP

KITCHEN MH A.C.

REF.

FRZ.

UP DN

126

122

124

120

116

118

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

UP

UP

27'-6"7'-6"

202530354045505560 051015

RELOCATEDLOADINGSTATION

WINCH

HATCH

ANCHOR WINDLASS CONTROL CONSOLE

ANCHORWINDLASS

FWD

ELECTRIC ROOM

DE

TOOLS ROOM

8'-4 7/8"

MAIN DECKELEV. 111'-0"

[185

93]

61'-0"

[147

83]

48'-6"

Ø4" AIR LINE

FR.45

RADIATO

R

MAKERSWATER

RADIATO

R

PIPE

RACK

ABV. B.L.EL. 127'-0"

W/110' BOOMCRANE CAB (TYP)

UP

UP

DN

DN

DN

UP

PIPE

RACK

FR.27

RAMPVEE DOOR

DN

DN

HATC

HES

DN

HATCH

RADIATO

R

DN

DN

RADIATO

R

EL. 121'-0"ABV. B.L.

RISER STOWAGEAREA

UP

EL. 127'-0"ABV. B.L.

UP

EL. 121'-0"

TO H

ELI. DK.

QTRS. ROOF

ROOM OFATP

UP

UP

CABINET 4/P.215

213 214

216LOCKERS

CABINET 4/P. CABINET 4/P.

CABINET 4/P.

212MEETING ROOM

CABINET 4/P.

210

208

A.C.

SUPERINTENDENT 206

204CABINET 4/P.

CABINET 2/P.

CABINET 2/P.

CABINET 4/P.

CABINET 4/P.

OFFICE

207

TOILETDN

DN

COR

RIDO

R

CORRIDOR

UP

I.T.P. ROOM

FWD

UPPER DECKELEV. 121'-0"

CABINET 4/P.209

50 45 40 3035 25 1520 10 5 0CENTERLINE PLANE

5560

203CABINET 2/P.

202201CABINET 2/P. CABINET 2/P.

CABINET 2/P.

UP

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

CABINET 2/P.CABINET 2/P.

CABINET 2/P.

CABINET 2/P.

FR.9

ABV. B.L.

UP

DN

TO H

ELI. DK.

UP

CATWALK PLATFORM

RELOCATEDLOADINGSTATION

4" OIL LINE

6" GAS LINE

4" AIR LINE

MAIN DECK

UPPER DECK

TO PIPE RACK DK

Ø4" OIL LINETO PIPE RACK DK

Ø6" GAS LINETO PIPE RACK DKA

PIPE RACK

Ø4" AIR LINE

SECTION A-ASECTION B-B

Ø4" AIR

LINE

(SC

H 40

)Ø4

" OIL LINE

(SC

H XX

S)Ø6

" GA

S LINE

(SC

H XX

S)

Ø4" AIR LINEFROM MAIN DECK

Ø4" OIL LINEFROM MAIN DECK

Ø6" GAS LINEFROM MAIN DECK

Ø4" AIR LINETO MAIN DECK

Ø4" OIL LINETO MAIN DECK

Ø6" GAS LINETO MAIN DECK

B

C

MAIN DECK

UPPER DECK

PIPE RACK

4" AIR LINE4" OIL LINE

6" GAS LINE

Ø6" GAS LINEFM PIPE RACK DK

Ø4" OIL LINEFROM PIPE RACK DK

Ø4" AIR LINEFROM PIPE RACK DK

6" GAS LINE

Ø4" AIR LINEØ4" OIL LINEØ6" GAS LINE

SECTION C-C

4" GATE VALVE

Ø4" AIR LINE (SCH 40)

PIPE RACK

6"x6" EQ. TEE(WITH FEMALE UNION)

4" GATE VALVE

MALE UNION(TYP)

GATE VALE (TYP)(YARD SUPPLY)

Ø½" FEMALE UNION

4"x4"EQ. TEE

12" DIVERTER LINE

B

Ø4" AIR LINEFROM MAIN DECKØ4" GATE VALVE

Ø4" GATE VALVE

(PORT/AFT)

Ø½" MALE UNION

C

A

Ø4" AIR LINETO PIPE RACK DK

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FLANGE IDENTIFICATION

Description Rating Size (inches) No. of Bolts Size of bolts

ANSI 150

300

600

ASA 1000

2000

3000

6" 150 A181 I 6575 STD

Nominal size

Service Pressure Material Heat Code

Schedule

A

B

C

DEFG

A

D

B

C

F

Raised Face Ring Gasket

FLANGE TYPE:

NO. OF STUDS:

DIMENSION A:

B:

C:

D:

E:

F:

1 2 3 4

1. 2.

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HAMMER UNION IDENTIFICATION

Size/Fig Dim.A Dim.B Size/Fig Dim.A Dim.B

2" 200 3 27/8 3" 1502 41/2 413/32

2" 206 3 27/8 3" 2202

2" 1502 327/32 33/16 4" 200 5 51/8

21/2" 2202 4" 206 5 51/8

3" 200 47/16 43/32 4" 602 53/16 57/32

3" 206 47/16 43/32 4" 1002 47/8 57/32

3" 602 411/16 41/4 4" 1502

3" 1002 45/16 41/4 4" 2202

FORM



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A

B

Male Sub

Female Sub

Nut

* NOTE:

Measure Number of Threads to the Inch

3" FIG1502

Nominal

Size

Seal Type

PressureRating

Fig 200

Fig 400

Fig 206 Fig 602

Fig 1002

Fig 1502

BURNER HEAD INSTALLATION

Does the rig have Burner Booms installed? YES / NO If YES, provide dimensional details on diagrams below and estimate pipework

requirements for Installation of Burner Head.

RIG PORT BOOM

Boom Dimensions:

FORM



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Rev No: 3.0

Page: 10 of 24


Pipe Connections Location: All Dimensions are Centers.

OIL GAS WATE

RIG STARBOARD BOOM

Boom Dimensions:

Pipe Connections Location: All Dimensions are Centers.

OIL GAS WATE

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Rev No: 3.0

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FORM



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Rev No: 3.0

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BURNER HEAD INSTALLATION

ESTIMATE OF PIPEWORK REQUIREMENTS FOR BURNER HEAD INSTALLATION

ON‐SITE FABRICATION ( WELDING)

Description 2 inch 3 inch 4 inch 6 inch Other

Pipe length

Elbow 90o

Elbow 45o

Union Type

Reducer

USING EXISTING HALLIBURTON PIPEWORK


3 ft pup

5 ft pup

10 ft pup

Elbow 90o

X‐over

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Rev No: 3.0

Page: 13 of 24


KINGPOST INSTALLATION

INSTALLING HALLIBRTON KINGPOST

CRANE INTERFACE (PORT / STARBOARD)

Can kingpost footprint fit in designated deck space? Yes

Is there a crane available for port and starboard boom? Yes

Is the crane radius wide enough for installing booms? Crane reach for port boom is adequate but stbd crane reach is too short. Chain block need to be used to swing the stbd boom to operating position

Crane radius wide enough for load testing booms? Yes

Location of crane pedestals? Refer to equipment layout drawing

Plan sketch deck showing kingpost, struts, crane at rest? Refer to equipment layout drawing for sketch

Elevation sketch of deck showing crane at rest? Refer to equipment layout drawing

Crane capacity?

WIND STAY TIE BACK

Wind‐stay tie back points available at deck level? Only one for stbd boom located at life boat landing

Sketch plan of deck with wind‐stay points? Refer to equipment layout drawing for existing and new points

Additional wind‐stay points needed? (Suggest locations) Yes. Refer to equipment layout drawing

DECK CONDITION

Evidence of previously installed kingpost / structure? Existing

Deck condition? (Corrosion / Pitting) No

Deck plate thickness survey / replacement required? Need to weld 1m 1” thk square saver plate on king post skid plate

STRUCTURAL

Substructure arrangement drawing available? Yes

Can baseplates of struts be aligned with substructure? NA

Halliburton reaction load diagram provided to rig? To be calculated

FORM



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Rev No: 3.0

Page: 14 of 24


Substructure loading specifications provided?

OTHER GENERAL INTERFACES

Modifications to handrails needed? No

Obstructions to swinging boom in to side of the rig? No

Obstructions to welding over the side of the rig? No

Possible kingpost modification needed? To remove Schlum. swivel base and install Halliburton mini King Post

If NO, provide the following information on additional attached pages at the back of this report: 1. Maximum length of Burner Boom which can be installed.

To be confirmed by toolpusher 2. Dimensional sketch of installation location.

Provided this report 3. Details of existing Burner Boom mountings, if any (have king posts been installed

previously?). King posts are installed. Previous boom mounted was Schlumberger boom. Schlumberger swivel base is still on king post skid plate and will be removed to install Halliburton mini king post

4. List equipment required. Kingpost NO Baseplate YES Struts NO Spreaders YES Cable YES

16466

84

7584

75

14738

987

1235

248

9144 9144 91445594

2534118519

23882

280

987

1235

248

9144 9144

280

17001

Sling lengths for 60 and 90 ft booms

All dimensions in mm

125

400

900 0

3550

Burner boomSection joint

1822 3550

Main deck

Main deckKing post base

King post base

Songa VenusJan 2013

Portside boom Portside boom

Portside boom permanent lines King post base

Gas

Oil

Air

Water

Stbd ki

Stbd boom

ing post base

e

Stbd w

Stbd king po

Location of

windstay 9.5T

ost with perm

stbd windsta

Per

manent lines

ay padeye

rmanent lines

Rig

g oil and gas d

Air diverter

diverter man

r manifold

ifold

Diverter manifold

d

Air

be

Oil and

Air dive

r compressor to

e spotted here

A

d gas diverter

erter inlet

Air diverter inlet

r

Oil diverter 4” 1002 union Gas diverter 6” 1002 union

2” 1502 kill hose 2” 1502 blanking cap on rig choke manifold

2”1502 kill hose Derrick

Air supply at end of catwalk Water supply at end of catwalk

110 volt supply 220V supply

440 volt supply 440V supply near riser storage area

110V plug to purchase

FORM



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Rev No: 3.0

Page: 15 of 24


Surface Well Test EQUIPMENT AREA Where possible, obtain copies of the following:

1. Deck Loading Restrictions Drawing(s). Provided in report

2. Pictures of kingpost deck area(s). Provided in report

3. Pictures of port and starboard cranes and pedestals. 4. Hazardous Area Drawing(s).

Provided in report 5. Deck plan showing port and starboard crane radii.

Provided in report 6. Surface Well Test Equipment Area Drawing(s).

Provided in report

Provide Dimensional Sketch of Equipment Area and Proposed Equipment Layout in space below. Indicate location of nearest air, electrical and fuel supplies. Any additional information should be provided on attached pages at the back of this report.

UPPER DECK LOADS

SeparatorSurge Tank

DAS Lab

Heat Exchanger

Ste

am

G

ener

ato

r

Welltest Container

Air

Com

pre

sso

r

Air

Com

pres

sor

SSV

1 5 1 0 5 0

BHD LWR QTRS

BHD UPPER QTRS

5 0 4 5 4 0 3 03 5 2 5 1 52 0 1 0 5 05 56 0

Subsea

Reel

Subsea Control Panel

DST Container

Stanchions

Geoservices Sperry

Choke Manifold

Subsea Container

Subsea basket

Sep relief

Tank

vent

line

Transfer Pump

Ta

nk

ven

t lin

eR

ig G

as/O

il D

iver

ter

Heater relief

Oil

Relief

Gas

Tan

k R

elie

f

110VMain deck

This place will be empty after the risers are removed

380-415V 32ARiser storage deck

220V and 110VMain deck

220V Moonpool

220V Moonpool

38

0-4

15

V 3

2AA

ccom

oda

tion

an

d t

est

de

ck

38

0-4

15

V 3

2A

Acc

om

od

atio

n a

nd

te

st d

eck

110VTest deck

110V and 440VMain deck

Windstay padeye for 9.5T shackle

Rig Air diverter manifold

Air

Water

Diesel

Air Air

110VMoon pool

Air

110V and 440V Main deck

110V Welding shop

80.5"

Rig air manifold inlet

Main deck

Air and waterRig floor

Air and WaterRig floor

AirRig floor air tugger

Bea

m h

eigh

t 19

"

110V Test deck

Bur

ner

bo

om

King post struts

King post struts

New pad eye

position

New pad eye position

New pad eye position

Burner boom

ES

D

pane

l

48.3ft

90.5"80.5" 90.5"90.5"80.5"

8"

45.3

ft

26ft

Stanchions

10ft

Stanchions

10f

t

Stanchions

Rotary Catwalk

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Equipment Proposed Layout and Dimensions

ESTIMATE OF PIPEWORK REQUIREMENTS FOR SWT EQUIPMENT


1502 3 ft pup (10K) 2

1502 5 ft pup (10K) 2

1502 10 ft pup (10K) 1

1502 Elbow (10K) 10

602 3 ft pup (5K)

602 5 ft pup (5K)

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602 10 ft pup (5K)

602 Elbow (5K)

206 3 ft pup (2K) 8 25

206 5 ft pup (2K) 6 19

206 10 ft pup (2K) 4 53

206 Elbow (2K) 24 66

X‐OVER REQUIREMENTS

X‐over type Description Location Quantity required to fabricate

6” fig 1002 W by 4” fig 206 T Rig gas diverter inlet Stdd of vee door ramp One required

4” fig 1002 W by 3” fig 206 T Rig oil diverter inlet Stdd of vee door ramp One required

6” fig 1002 W by 4” fig 206 W Rig gas diverter outlet Port and stbd boom Two required

4” fig 1002 W by 3” fig 206 W Rig oil diverter outlet Port and stbd boom Two required

3” fig 100 T by 3” fig 206 W Rig water line outlet Port and stbd boom Two required

3” fig 206 T by 2” fig 206 W Adapter to boom water line

Port and stbd boom Two required

4” fig 602 W by 4” fig 206 T Rig air diverter inlet PS main deck near aft winch

One required

4” fig 602 W by 4” fig 206 W Rig air diverter outlet Port and stbd boom Two required

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ELECTRICAL SUPPLY REQUIREMENTS

ELECTRICAL

Unit Phase Volt Amp Cable Size Core *Length **Measured

DAS Lab 3 380 30 50ft (supply point at accom)

Surge tank 1 220 5 50ft (power from welltest container)

Transfer Pump(s) 3 460 TBC 120ft (supply point at riser storage deck)

Ignitor(s) 1 110 1 PS – 60ft

Stb – 120ft

Well test container 1 220 10 130ft (using 440V supply from riser storage deck and 440V/220V step down transformer located in welltest container)

Separator 1 220 5 50ft (power from welltest container)

Steam Generator 3 440 25 100 ft (supply point at accom)

DST container 1 220 5 70ft (power from welltest container)

Subsea container 1 220 5 50ft (power from welltest container)

Length: Provide estimate of cable length required for the installation of each unit.

Measured: Have Rig Electrician measure voltages at supply points and record these values.

FUEL SUPPLY

Unit Location of Diesel Supply

Air Compressor Diesel Supply located at Port crane

Steam Generator Diesel Supply located at Stbd crane

Other

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Rev No: 3.0

Page: 19 of 24


Water Supply

Unit Location of water supply

*Pressure Test Pump End of catwalk

Steam generator End of catwalk

**Burners

* Note: Potable Water required for these items. ** Note: Indicate Control Point for Burner Water Supply.

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SUPPLY REQUIREMENTS

AIR SUPPLY

Unit Location of Air Supply

Pumps Air manifold (Air manifold source from supply point at end of catwalk)

Control Panels Air manifold (Air manifold source from supply point at end of catwalk)

Separator Package Sperry unit

ESD Panel Sperry unit

DAS Lab Air manifold (Air manifold source from supply point at end of catwalk)

Chemical injection pump Air manifold (Air manifold source from supply point at end of catwalk)

Diaphragm pump Air manifold (Air manifold source from supply point at end of catwalk)

Subsea reel Air manifold (Air manifold source from supply point at end of catwalk)

Subsea control panel Air manifold (Air manifold source from supply point at end of catwalk)

* Note: Indicate type of connection for Air Supply. All air supply connections is crowsfoot

STEAM SUPPLY

Unit Location of Steam Supply

Heat Exchanger Coates steam generator (Return ‐ 2” 206 F and outlet 2” 206 M)

* Note: Indicate Rig BTU output capacity. ** Note: Indicate type of connection for Steam Supply.

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Rev No: 3.0

Page: 21 of 24


HOSE & CABLE REQUIREMENTS

ESTIMATED AIR HOSE REQUIREMENTS

Unit Quantity/Length Unit Quantity/Length

Burner Head 350 ft (if not using rig permanent air line)

ESD Panel 50ft

Air Compressor 80ft DAQ Laboratory 50ft

Separator Package 50ft Chemical Injection 50ft

Subsea reel 50ft Diaphragm Pump 50ft

Subsea Control Panel 50ft

ESTIMATED SCAN CABLE REQUIREMENTS

Cable Run Quantity/Length Cable Run Quantity/Length

Drill Floor to Unit 100ft Gas Compression to Unit

Separator to Unit 60ft Heat exchanger to unit 50ft

BOP area to Unit 50ft Unit to Lab

Lab to Client Rep. Office 50ft Other

Data Header to Unit 50ft

* Note: for Unit read Junction Box.

ESTIMATED STEAM HOSE REQUIREMENTS

Hose Run Quantity/Length Hose Run Quantity/Length

Heater Supply Line 50ft Heater Return Line 50ft

ESTIMATED E.S.D. TUBING REQUIREMENTS

Tubing Run Tubing Length Tubing Run Tubing Length

Panel to Co. Office 80ft Panel to Drill floor 70ft

Panel to Equipment Area 30ft Other


FORM



Region: Global





McGouldrick


Rev No: 3.0

Page: 22 of 24


TOP OFWELLHEAD

DATUM

H H

G G

F F

E E

E

F

G

H

A B

C

D

J J

RIG NAME :

STACK TYPE : PRESSURE RATING :

STACK SIZE :

A1

STACK DIMENSIONS

* NOTE: Ram size is pipe O.D.

Indicate location of STACK kill and choke lines on diagram.

DIMENSIONS

E Top Upper Pipe Ram

F Top Upper Middle Ram

G Top Lower Middle Ram

H Top Lower Pipe Ram

I Top of annular to rotary table beams

RKB to ground level

EE * Ram Size

FF * Ram Size

GG * Ram Size

HH * Ram Size

JJ * Ram Size

HANGER DIMENSIONS

Hanger A A1 B C D

7 inch

9 5/8 inch

13 3/8 inch

Other

WEAR BUSHING DIMENSIONS

Wear Bushing

A A1 B C D

7 inch

9 5/8 inch

13 3/8 inch

Other

SONGA VENUS BOP STACK UP WITH VETCO H4 CONNECTOR

1.188m

2.118m

1.793m

1.060m

1.280m

0.800m

1.111m0.882m

0.812m

1.282m

1.073m

3.587m

2.559m

Datum

46 7/8"3.90ft

83 3/8"6.94ft

70 5/8"5.88ft

41 3/4"3.47ft

50 3/8"4.19ft

31 1/2"2.625ft

43 3/4"3.64ft34 3/4"

32"

50 1/2"

42 1/4"

141 1/4"11.77ft

100 3/4"8.39ft

Datum

12.190m 40.00 Ft

MEASUREMENTS TAKEN TO RAM CENTRES AND TOP OF ANNULAR ELEMENTS

(RAMS 12" DEEP AND ANNULARS 15"DEEP)

1.48

20.12ft

FORM



Region: Global





McGouldrick


Rev No: 3.0

Page: 23 of 24


* NOTE: D is angle of Hang‐off shoulder

ADDITIONAL COMMENTS: King post and booms Toolpusher to send valid MPI/UTT certs for king posts Only one pad eye located at lifeboat area for stbd boom. There are none for the portside boom. Barge master will install the padeyes Will need chain block or Tirfor to swing the boom out as the crane reach is insufficient Crane reach for port boom is not an issue Need to confirm that king post can handle 90ft booms. They have not hung 90ft booms before King post hang off pad eye shackle size is 35T Rig permanent lines There are permanent lines for gas, oil, air and cooling water. The gas and oil lines have test caps installed and caps are free to turn. The portside air connection at the king post has a protector wing nut but its threads were seized Barge master will inspect the thread connections Tool pusher will provide the pressure test and UTT certs. UTT was done in August 2012 Electrical Power supply is mainly 110V. There are a few 220V supply points but a work permit will be required to use them. There a 4 x 440V 32A supply points around the test area. We need to provide 110V plugs for Mennekes type 1462. Rig will be able to provide 440V plugs We need to provide a 440V to 220V step down transformer to power our equipment DST To provide 2” 1502 male test cap with NPT port for annulus pressure sensing Subsea To get updated BOP drawing as the one provided during rig visit is dated 2010. Present subsea engineer onboard is junior and lead subsea engineer is new and doesn’t know where to locate the BOP documents The goose neck will be hung off the air tugger as the front of derrick does not have any beams to hang the goose neck. get the effective height between the crown block hooks to rotary from the tool pusher Others Kill hose connection is 2” 1502 wing Air compressors will be located at the main deck where the rig airline inlet is 350ft of 4” Coates air hose needed if rig permanent air lines are not used

FORM



Region: Global





McGouldrick


Rev No: 3.0

Page: 24 of 24


Revision Log Date Revision Description Rev # Revised By

9.JAN.2011 Release to Production 2.0 Boyer

23.AUG.2012 Updated to latest HMS format 3.0 Kaser / ten Hoope

14.SEP.2012 Added “Type of Crane” to Main Deck Test Area Added Kingpost Installation Section Added “Hazardous Area Drawing(s), Deck plan showing port and starboard crane radii, and Surface Well Test Equipment Area Drawing(s)” to the obtain copies section of the Surface Well Test Equipment Area section.

3.1 Edwards / Samir / McGouldrick

Documents

FORM - MODU Data Exchange...Starboard crane 120ft boom, max SWL 45t. Port side crane 120ft boom, max SWL 24.6t. Aft crane 80ft boom, max SWL 47t *Existing Rig Pipework Where possible,