TYCO Thermal - SEET SYSTEM - Unpriced Offer

GASCO Cover Letter Commercial Bid 06Oct2010-CCC.docx 1 of 2

October 6, 2010 SENT VIA E-MAIL

Attention: Mr. Abu El-Nil

Senior Procurement Dept. Manager Consolidated Contractors International Company Plants Engineering Department, CCC Yard – Corniche Road – Street No. 7 Mussafah Industrial Area – West 2 – Plot No. 2B P.O. Box No. 45014, Abu Dhabi, UAE

Reference: GASCO Habshan Sulphur Pipeline SEET

Tyco Thermal Controls Proposal 1-10-S5318-22634 Priced Commercial Offering for SEET System

Dear Mr. El-Nil: In conjunction with Tyco Thermal Controls’ (TYCO) technical proposal submitted to you on August 24, 2010, we are pleased to submit this priced commercial proposal for Heat Management System (HMS) Supply for the Habshan Sulphur Station and pipeline project for GASCO. This commercial proposal is based on the Scope of Work presented herein and any further requirements given to us during meetings with TYCO personnel thereafter. Please refer to the detailed Scope of Supply Matrix for the proposed products and services offered in our proposal. As you are aware, Tyco Thermal Controls has been involved in various development stages of this project and was recommended as the most qualified company to undertake the SEET (Skin Effect Electric Trace) project. Tender documents have established several stringent design conditions to make the proposed pipeline more reliable and safe. These requirements include:

SEET system operating voltage (maximum 2,000V.) Sulphur flow assurance capability at minimum pipeline flow conditions Upset pipe temperature conditions (232C ) for thermal insulation design and pipe

design. Sulphur re-melt program and strategy Fibre optic based independent distributed temperature monitoring system Requirement for pre-insulated piping system to assure homogenous thermal

profile along the entire pipeline

As stated in our previous technical proposal, we believe TYCO is the only company with experience in incorporating all these critical design features in past projects. We have successfully implemented all these requirements for the last two major sulphur projects – CNRL pipeline in Canada; Qatargas CSP pipeline in Ras Laffan, Qatar. No other company has the experience in bundling the technologies or incorporating the design features specified in the GASCO documents. In addition we have incorporated several unique features to enhance the

Habshan Sulphur Pipelines SEET October 6, 2010

GASCO Cover Letter Commercial Bid 06Oct2010-CCC.docx 2 of 2

installation and performance of the FO based distributed temperature sensing system. Our re-melt strategy includes features considered to be proprietary to TYCO. Our commercial offer includes three priced options for an E/P scope of work and two options for an EPC scope of work. We have included our proprietary (U.S. patent pending) hybrid composite insulation system for sulphur pipelines in two of these options, We understand that a homogenous thermal profile is a critical performance criteria for the insulated sulphur pipelines. Our offer includes pre-insulated piping supply as part of our Lump Sum price to achieve this requirement. In addition, we would like to offer various types engineered “thermally isolated” pipe supports, based on pipe stress calculation data and other pipeline design details to be furnished by you at a later date.

We hope our extensive experience in the design and implementation of heated sulphur pipelines, our ability to incorporate technologies, and the superior performance of our past projects will be favourably considered in evaluating our bid. We look forward to an opportunity to discuss our commercial proposal with you and offer further clarification, if necessary. Thank you for giving us this opportunity to work with you, and your interest in the products and services offered by TYCO. Best Regards, Franco Chakkalakal Vincent Amy Global Director - SEET Technology Head of Sales ME- India Tyco Thermal Controls Tyco Thermal Controls, UAE

Commercial Proposal

For

Habshan Sulphur Pipelines Skin Effect Electric Traced

(SEET) System

GASCO PROJECT No. 5264 Tyco Thermal Controls Proposal # 1-10-S5318-22695

Rev. 0, October 5, 2010

Proprietary & Confidential

Tyco Thermal Controls Proposal No.: 1-10-S5318-22695 GASCO Habshan Sulphur Pipelines SEET. Rev. 0, October 5, 2010

GASCO Commercial - Combined Proposal Rev0 05Oct2010 Page 2 of 47Company Confidential - DO NOT COPY

TABLE OF CONTENTS

1.� EXECUTIVE SUMMARY ......................................................................................................... 3�

2.� BASIS FOR BID ...................................................................................................................... 6�

3.� SCOPE OF SUPPLY ............................................................................................................. 10�

4.� PRE-INSULATED PIPE – DESIGN & SUPPLY .................................................................... 25�

5.� CONSTRUCTION AND FIELD SERVICES ........................................................................... 27�

6.� SEET SYSTEM WARRANTY ................................................................................................ 33�

7.� THERMALLY ISOLATED PIPE SUPPORTS – DESIGN & SUPPLY .................................... 34�

8.� TECHNICAL CLARIFICATIONS / DEVIATIONS ................................................................... 36�

9.� COMMERCIAL CLARIFICATIONS ....................................................................................... 41�

10.� PRICE BID ............................................................................................................................. 42�

ATTACHMENTS:

Attachment 1 – SEET System Layout Sketches Attachment 2 – SEET Preliminary E/P and EPC Schedules Attachment 3 – Inspection Test Plan (ITP) for Pre-manufactured Pipe Spools Attachment 4 – Field Services Rate Sheet Attachment 5 – SEET Field Construction Organizational Chart



1. EXECUTIVE SUMMARY

Tyco Thermal Controls has prepared this commercial proposal based on FEED documents and additional requirements supplied by the EPC contractor (CONTRACTOR), and our detailed technical proposal submitted to you earlier. We have attempted to offer a proposal that is in full compliance with the scope of supply stated in the FEED documents (GASCO 13526701-A.1 – General Project Description; Section A.1.7) and also based on specific requests communicated by you.

The summary table below is included for your easy reference and evaluation. Refer to Section 10 for pricing.

Table 1 – Summary of Commercial Offerings

ITEM#

E/P or

EPCTHERMAL INSULATION SYSTEM DESCRIPTION /

SCOPE COMMENTS

BASE BID E/P

Pre-insulated Composite- Inner layer: Expanded Perlite - Outer layer: Hi-temp polyurethane foam- Outer Jacket: Extruded HDPE - Mechanical protection: Aluminum (field installed)

Design, Engineering & Supply of SEET, FO, Pre-insulated piping system; field Quality Assurance Inspection; Pre-commissioning; Commissioning

Field Services are offered on a Daily Rate basis, as construction schedule is not available at this time.

ALTER- NATE

#1 E/P

Multi-layer Factory Installed Nanogel- All insulation layers: Nanogel technology - Outer Jacket: Extruded HDPE - Mechanical protection: Aluminum (field installed)

Same as Base Bid described above, except thermal insulation material will be factory installed Nanogel material

Nanogel insulation will require insulated pipe supports for the entire pipeline

ALTER- NATE

#2 E/P

Pre-insulated Hybrid Composite -(PROPRIETARY)- Inner layer: Expanded Perlite / high density Mineral Wool - Outer layer: Hi-temp polyurethane foam- Outer Jacket: Extruded HDPE - Mechanical protection: Aluminum (field installed)

Same as Base Bid described above, except with proprietary hybrid composite insulation described in Section 2 of this proposal.

Most cost-effective E/P proposal, with proprietary composite insulation

ALTER- NATE

#3 EPC

Pre-insulated Composite - Inner layer: Expanded Perlite - Outer layer: Hi-temp polyurethane foam- Outer Jacket: Extruded HDPE - Mechanical protection: Aluminum (field installed)

Includes all items described in Base Bid proposal and field installation of these materials as described in this proposal

This EPC proposal offers a "Warm Pipe Warranty" and single source responsibility



ITEM#

E/P or

EPCTHERMAL INSULATION SYSTEM DESCRIPTION /

SCOPE COMMENTS

ALTER- NATE

#4 EPC

Pre-insulated Hybrid Composite - (PROPRIETARY)- Inner layer: Expanded Perlite / High density Mineral Wool - Outer layer: Hi-temp polyurethane foam- Outer Jacket: Extruded HDPE - Mechanical protection: Aluminum (field installed)

Scope of Work as stated above for Alternate #3, except the insulation system will be hybrid composite described in Section 2 of this proposal.

Most cost-effective single source EPC proposal for the complete SEET system

SPAREPARTS EPC N/A

As per Spare Parts List included in the proposal

For 2-year OperationalSpares

PIPESUP-

PORTS SUP-PLY N/A

Several types of engineered pipe supports

Unit Rates will be given upon sup-ply of pipe stress calculations from EPC contractor

We have offered both E/P and EPC proposals for your consideration. While our E/P supply offer includes all SEET components and field quality assurance inspection requirements, our EPC proposal not only includes high quality SEET system components successfully proven in the Middle East environment, but it also offers a single source responsibility for the complete installed SEET system. Our EPC offer includes a full “Warm Pipe Warranty” for the sulphur pipeline. As we highlighted in our Technical Proposal, there are several special design requirements incorporated in the FEED documents to enhance the safety and reliability of the SEET system for this critical sulphur pipeline. These special requirements include:

a) Limitation of maximum operating voltage of the SEET circuits to 2,000V (GASCO document no. RP-5264-X044-PL-016)

b) SEET design flow assurance at minimum flow conditions during failure of both SEET circuits in a pipe segment (GASCO doc. no RP-5264-X044-PL-017)

c) Thermal insulation system design to meet 232°C upset pipe temperature (GASCO document no. SP-5264-X044-PL-007)

d) 300°C rated fiber optic based distributed temperature sensing system (GASCO document no. RP-5264-X044-PL-017)

e) Design of the SEET system with capability for re-melt time less than 100 hours (GASCO document no. RP-5264-X044-PL-017)

Tyco confirms that our design and material meets or exceeds these requirements.

This proposal also includes a project execution schedule for the SEET / Fiber Optic system for your evaluation and reference. We have developed this schedule based on our experience in successfully completing the 35 km CSP sulphur pipeline project for Qatargas. However we realize that this SEET installation schedule must meet your overall project execution schedule and are ready to modify the proposed schedule to meet your requirements, if needed.



This proposal is prepared based on our experience in executing single source, turnkey Heat Management System projects around the globe in the past 25 years. In addition, we wish to highlight our experience as the only company to execute SEET systems for sulphur pipelines with a fiber optic based Distributed Temperature Sensing (DTS) system which will result in a SEET system that will meet and exceed your expectations for the on-time completion and superior system performance.



2. BASIS FOR BID

A. Basis for SEET Design and Commercial Proposal

Pipeline design information and SEET performance criteria were selected from this project’s FEED documents and can be found in TYCO’s technical proposal, which was submitted previously. In addition, our commercial proposal is based on the sulphur pipeline quantities listed herein, along with the technical clarifications that are included.

Below are the descriptions of three different insulation systems offered for the project. These systems are specified to be pre-insulated in a factory setting per the FEED documents.

B. Pre-insulated Composite (BASE BID & ALTERNATE #3)

This insulation system includes the following layers:

� Expanded Perlite inner layer � High temperature Polyurethane Foam (PUF) outer layer

Refer to pipe cross section and thermal insulation details described below and Bill of Materials shown in the Scope of Supply section of this proposal.



Table 2 – Design Summary

8” Sulphur 12” Sulphur

Service: Liquid Sulphur Liquid Sulphur

From / To: Habshan 1-4 to 5 Habshan 5 to Station

Thermal Insulation type Multi layer-Pre-insulated Multi-layer Pre-insulated

Inner layer / thickness Expanded Perlite / 88 mm (3.5”)

Expanded Perlite / 76 mm (3.0”)

Outer layer / thickness High temperature foam / 88 mm (3.5”)

Hi temperature foam / 63 mm (2.5”)

Heat loss 41.1 watts per meter 59.6 watts per meter

C. Multi-layer Factory Installed Nanogel (ALTERNATE #1)

This insulation system includes the following layers:

� Multiple layers of Nanogel technology





D. Pre-insulated Hybrid Composite (ALTERNATE #2 & #4)

(CONFIDENTIAL & PROPRIETARY)This insulation system includes the following layers:

� Expanded Perlite / High density Mineral Wool inner layer � High temperature Polyurethane Foam (PUF) outer layer






Inner layer / thickness Nanogel / 30 mm (1.18”)

Nanogel / 30 mm (1.18”)

Outer layer/ thickness Nanogel / 20 mm (0.79”)

Nanogel / 20 mm (0.79”)









Inner layer / thickness Expanded Perlite & Min. Wool / 76 mm (3.0”)

Expanded Perlite & Min. Wool / 63 mm (2.5”)

Outer layer / thickness High temperature foam / 63 mm (2.5”)

High temperature foam / 50 mm (2.0”)




3. SCOPE OF SUPPLY

A. Scope of Supply

TYCO’s Commercial Proposal includes two types of Scope of Supply offerings, as stated below:

1. E/P proposals for supply of SEET system design, engineering, supply and field Quality Assurance inspection activities for the project, as listed in the Scope of Supply Matrix. Three E/P proposals are offered:

� E/P proposal with composite pre-insulated piping system with Expanded Perlite inner layer and high temperature foam outer layer

� E/P proposal with nanotechnology based pre-insulated thermal insulation system � E/P proposal with a hybrid composite pre-insulated piping system with Expanded

Perlite / high density Mineral Wool inner layer and high temperature foam outer layer

2. EPC proposals for single source responsibility for design, engineering, supply, installation and quality control, testing and pre-commissioning of the SEET system, as listed in the Scope of Supply Matrix. Two EPC Single source turnkey SEET system proposals are offered, as identified below:

� EPC proposal for a turnkey, single source responsibility system with composite pre-insulated piping system of Expanded Perlite inner layer and high temperature foam outer layer

� EPC proposal for a turnkey, single source responsibility system with hybrid composite pre-insulated piping system of Expanded Perlite / high density Mineral Wool inner layer and high temperature foam outer layer

B. Scope Of Supply Matrix For E/P Proposals

The following matrix describes in detail the responsibilities by TYCO in our E/P commercial bids.

Table 5 – Detailed Scope of Supply Matrix for E/P Offerings

LEGEND: D = DESIGN S = SUPPLY I = INSTALL

TYCO THERMAL CONTROLS

OTHER RESPONSIBLE

PARTIES

TASK (Description of Scope Item)

DES

IGN

SUPP

LY

INST

ALL

PRE-

INSU

LATE

DPI

PE M

FGR

.

GA

SCO

EPC

CO

NTR

AC

TOR

A Engineering 1 SEET Design Engineering D 2 SEET Specifications D 3 SEET Thermal Insulation Specifications D





OTHER RESPONSIBLE

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DPI

PE M

FGR

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GA

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EPC

CO

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AC

TOR

4 Fiber Optic (F.O.) Design Engineering D 5 F.O. Specifications D 6 SEET Equipment Specifications D 7 Finite Element Analysis (FEA) D 8 Transient Finite Element Analysis D

9 Sulphur Heatup / Cooldown / Remelt Calculations D

10 SEET Sulphur Remelt Procedure for Operations D

11 Sulphur Pipeline Design D 12 Sulphur Pipeline grounding design D

13 Sulphur Pipe Stress Analysis, (incl. deflections) D

14 Insulation Recommendations at High Movement Locations D

15 SEET & FO Tube Welding Spec. D 16 SEET Pipe Spool Fabrication Drawings D B SEET System & Equipment

1 SEET 1" Heat Tube Supply (for Sulphur pipeline) D I S

2 SEET Power Connection / End Boxes D S I

3 SEET Transition Boxes for Power Wiring to P.C. Boxes D S I

4 SEET Pull/Splice Boxes D S I

5 SEET 1" Tube Couplings / Guides - Field Welded @ Pipe Joints D S I

6 Low Pressure Air Testing of Welded 1" SEET Tube at Site D S / I

7 SEET RTD Temperature Sensor D S I

8 SEET Wire between SEET Panel & Power Connections on Pipe D / S / I

9 SEET RTD Wire between SEET Panel & RTDs on Pipe D / S / I

10 SEET Wire Splice Kits D S I 11 SEET Transformers, Scott-T, Oil-filled D S I

12 SEET Switchgear & Control Panels w/ PLC - set equipment D S I

13 Interconnect Wiring between SEET Transformer & Panel D / S / I





OTHER RESPONSIBLE

PARTIES


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DPI

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FGR

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GA

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EPC

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14 Hardware For Wire Terminations (cable glands) D / S / I

15 Interconnecting Communications to DCS D / S / I

16 Indoor Location for SEET Control Panels D / S / I

C FO Temperature Monitoring System

1 Fiber Optic 1" Tube Supply (for Sulphur pipeline) D I S

2 Fiber Optic Pull Boxes D S I 3 Fiber Optic 1" Tube Coupling / Guides D S I

4 Low Pressure Air Testing of Welded 1" F.O. Tube at Site D S / I

5 Fiber Optic Sensing Cable on Pipeline D S I 6 Fiber Optic Transit Cable D S I 7 F.O. Transit Cable / Fiber Splice Box D S I 8 Fiber Optic DTS Cabinet D S I

9 Customized Graphical User Interface (GUI) for DTS D S I

10 Fiber Optic Strain Monitoring System D / S / I 11 Power to F.O. DTS Cabinet D / S / I 12 Indoor Location for DTS Cabinet D / S / I

13 Interconnecting Communications to DCS D / S / I

D Pre-Fabricated Pipe for SEET 1 Carrier Pipe - Supply S 2 Carrier Pipe Bends and Elbows S

3 Carrier Pipe End Preparation for Field Welds - bevel D S / I

4 Carrier Pipe Surface Prep. / Painting - Shop S / I D

5 Butt Welding of Carrier Pipe in Field D / S / I

6 Carrier Pipe Surface Prep. / Painting @ Joints - Field D / S / I

7 Carrier Pipe Non-destructive Testing D / S / I 8 Carrier Pipe Hydrotest D / S / I

9 SEET & F.O. Component Welding to Pipe in Shop - (see B & C above) I

10 Thermal Insulation w/ Polymer Jacket - D S / I





OTHER RESPONSIBLE

PARTIES


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DPI

PE M

FGR

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GA

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EPC

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Shop

11 SEET 1" Heat Tube Welding of Couplings @ Field Joints D S / I

12 Fiber Optic 1" Tube Welding of Couplings @ Field Joints D S / I

13 Thermal Insulation @ Field Joints D S I

14 Thermal Insulation w/ Polymer Jacket @ Field Bends D / S / I

15 Pre-Insulation (Shop) Quality Control / Quality Assurance D / S / I

16 Pipe - Aluminum Outer Cladding D S I

17 Aluminum Outer Cladding @ Field Joints D S I

18 Aluminum Outer Cladding @ Bends D S / I 19 Required Insulation Testing D / S / I

20 Field Insul. Quality Control / Quality Assurance S / I D

21 High Temp. RTV Sealant at Insul. Cladding Seams - Field D / S / I

22 Self-adhesive Electric Trace Labels for Pipe Cladding D S I

23 Schedule Delivery of Pipe Spools to Meet Construction Needs D / S / I

24 Freight, Shipment and Logistical Support of Pipe Spools to Location D S / I

E Pre-Commissioning & Startup (per Daily Rates) 1 SEET Pre-commissioning D S 2 Fiber Optic DTS Pre-commissioning D S

3 Start-up Assistance (sulphur introduction) D S

4 SEET Operations & Maintenance Training D S

5 Fiber Optic Operations & Maintenance Training D S

6 Sulphur Re-melt Test D S 7 SEET and Fiber Optic O&M Manuals D S F Thermally Isolated Pipe Supports & Anchors 1 Pipe Support Specifications D

2 Pipe Support vs. Insulation Deflection Load Testing D / S / I

3 Thermally Isolated Pipe Support Design D / S / I





OTHER RESPONSIBLE

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& Supply

4 Thermally Isolated Pipe Anchor Design & Supply D / S / I

G Auxiliary Items 1 Substation Buildings D / S / I 2 All Civil Work D / S / I 3 Non-SEET Electrical Equipment D / S / I 4 Heating for Non-SEET items D / S / I 5 Power Supply to SEET Transformers D / S / I 6 Power Supply to F.O. DTS D / S / I

7 Fiber Communication between F.O. DTS Stations along Pipeline D / S / I

8 Communication / Control Wiring Between DCS and SEET Panels D / S / I

H SEET Home Office Support 1 Project Management D S 2 Project Controls - Cost & Scheduling D S 3 Status RE/Porting D S 4 Material & Equipment Logistical Support D S I SEET / F.O. Construction Quality Assurance Inspection

1 Preparation of SEET / F.O. Quality Control Program D / S

2 SEET / F.O. Quality Assurance Inspection (per Daily Rates) D S

3 J Freight & Shipping - SEET Materials and Equipment 1 Export packaging and crating D S 2 Freight to jobsite S 3



C. Bill Of Materials for E/P projects

Below is a preliminary Bill of Materials to be supplied by TYCO for the project; this will be finalized upon completion of engineering design of the SEET and Fiber Optic systems. This Bill of Materials is the quantitative basis for TYCO’s commercial offering.

TABLE 6 – Preliminary Bill of Materials for SEET System

QTY UNIT ITEM / DESCRIPTION

1) SEET System:151,600 meter SEET Wire, 250°C, 2500V 12,404 each SEET Coupling, 1" 12,404 each SEET Heat Tube Guide, 1"

2,486 each SEET Pull Box, 1" 305 each SEET Wire Splice Kits

64 each SEET Power Connection Box, 316 S.S. 64 each SEET Transition Box, 316 S.S. 64 each SEET End Termination Box, 316 S.S. 1 lot SEET Accessories (Tools for Construction)

2) F.O. Temp. Monitoring System:75,800 meter Fiber Optic Sensing Cable

2,000 meter Fiber Optic Transit Cable 1,242 each Fiber Optic Pull Box, 1"

112 each Fiber Optic Cable Splice Box, 316 S.S. 6,202 each Fiber Optic Tube Coupling, 1" 6,202 each Fiber Optic Tube Guide, 1"

3 each Fiber Optic DTS Unit in Free-standing Cabinet 3) SEET Electrical Equipment:

32 each SEET Transformer, 450kVA, Scott-T, Oil-filled 32 each SEET Switchgear & Control Panel w/ PLC

192 each SEET RTD temperature Sensor 3,200 meter SEET Transformer to Panel Power Cabling 4,800 meter SEET Panel to Connection Box Power Cabling

14,400 meter SEET Control (RTD) Cabling 4) SEET & F.O. Pre-commissioning, Start-up & Training: (Per Daily Rates)

32 circuits SEET Pre-commissioning 3 DTS units Fiber Optic DTS Pre-commissioning 4 pipelines Start-up Assistance (Sulphur introduction) 2 sessions SEET & Fiber Optic Operations & Maintenance Training 1 lot SEET / FO Installation & Testing Tools




1 lot Spare Parts for Commissioning/Start-up and 2-yr. Operations

5) Engineering (preliminary):1 ea Master Document Register (MDR) 2 ea FEA Analysis 2 ea Transient FEA Analysis 1 ea Heat Loss Calculation RE/Port 1 ea Thermal Insulation Optimization RE/Port 1 ea Heat-up/Cool-down Calculation RE/Port 1 ea Re-melt Analysis and Re-melt Procedure RE/Port 1 ea Re-melt Test Run Procedure 1 ea SEET Calculation RE/Port

N/A ea Pipe Spool Details N/A ea Pipe Spool Layout Drawings

32 ea Single Line Diagrams 400 ea SEET Zone Drawing 160 ea Fiber Optic Zone Drawings 320 ea Panel Drawings

96 ea Transformer Drawings 50 ea Power Distribution & Controls Drawings 12 ea Electrical Details 20 ea Fiber Optic DTS Cabinet Drawings 50 ea General Drawing and Details (Schedules, Block Diagrams, etc.) 32 ea SEET Control Panel PLC Configuration & IO Table

10 ea SEET & FO Operation & Maintenance Manual 1 ea SEET & FO Project Bill of Materials 1 ea SEET & FO Spare-Parts List (Commissioning & 2-yr Operations)

TABLE 7 – Pre-insulated Pipe Bill of Materials for E/P Offerings


1) SEET Prefabricated & Pre-insulated Pipe:0 meter SEET 1" Heat Tube, (supplied by others) 0 meter FO 1" Tube, (supplied by others)

151,600 meter SEET 1" Heat Tube Welding - Shop 75,800 meter FO 1" Tube Welding - Shop




2,456 each SEET Pull Box / Power Conn. Box / Term. Box Welding - Shop 1,308 each FO Pull & Splice Box Welding - Shop

28,800 meter 8" Pipe, Thermal Insulation w/ Polymer Jacket - Shop 47,000 meter 12" Pipe, Thermal Insulation w/ Polymer Jacket - Shop

0 each SEET 1" Heat Tube Welding - Field Joints 0 each FO 1" Tube Welding - Field Joints

2,400 each 8" Pipe, Thermal Insulation w/ Polymer Jacket - Field Joints 3,920 each 12" Pipe, Thermal Insulation w/ Polymer Jacket - Field Joints

0 each 8" Pipe, Thermal Insulation w/ Polymer Jacket - Elbows 0 each 12" Pipe, Thermal Insulation w/ Polymer Jacket - Elbows

28,800 meter 8" Pipe, Aluminum Outer Jacket - Field 47,000 meter 12" Pipe, Aluminum Outer Jacket - Field

NOTE: Carrier pipe and heat tube and FO tube is supplied by others.

D. Engineering

The engineering deliverables listed previously should be considered “preliminary” and are based on TYCO’s past experience for a SEET system utilizing pre-insulated piping. A final MasterDocuments Register will be prepared once TYCO’s project role is established and prior to final contract signing with CONTRACTOR.

E. Scope Of Supply Matrix For EPC Proposals

The following matrix describes in detail the responsibilities by TYCO in our EPC commercial bids.

Table 8 – Detailed Scope of Supply Matrix for EPC Offerings



OTHER RESPONSIBLE

PARTIES


DES

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DPI

PE M

FGR

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GA

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EPC

CO

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AC

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A Engineering 1 SEET Design Engineering D 2 SEET Specifications D 3 SEET Thermal Insulation Specifications D 4 Fiber Optic (F.O.) Design Engineering D





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5 F.O. Specifications D 6 SEET Equipment Specifications D 7 Finite Element Analysis (FEA) D 8 Transient Finite Element Analysis D

9 Sulphur Heatup / Cooldown / Remelt Calculations D

10 SEET Sulphur Remelt Procedure for Operations D

11 Sulphur Pipeline Design D 12 Sulphur Pipeline grounding design D

13 Sulphur Pipe Stress Analysis, (incl. deflections) D

14 Insulation Recommendations at High Movement Locations D

15 SEET & FO Tube Welding Spec. D 16 SEET Pipe Spool Fabrication Drawings D B SEET System & Equipment

1 SEET 1" Heat Tube Supply (for Sulphur pipeline) D I S

2 SEET Power Connection / End Boxes D S I

3 SEET Transition Boxes for Power Wiring to P.C. Boxes D S I

4 SEET Pull/Splice Boxes D S I

5 SEET 1" Tube Couplings / Guides - Field Welded @ Pipe Joints D S I

6 Low Pressure Air Testing of Welded 1" SEET Tube at Site D S / I

7 SEET RTD Temperature Sensor D S I

8 SEET Wire between SEET Panel & Power Connections on Pipe D S I

9 SEET RTD Wire between SEET Panel & RTDs on Pipe D S I

10 SEET Wire Splice Kits D S I

11 SEET Transformers, Scott-T, Oil-filled - set equipment D S I

12 SEET Switchgear & Control Panels w/ PLC - set equipment D S I

13 Interconnect Wiring between SEET Transformer & Panel D S I

14 Hardware For Wire Terminations (cable glands) D S I





OTHER RESPONSIBLE

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15 Interconnecting Communications to DCS D / S / I 16 Indoor Location for SEET Control Panels D / S / I C FO Temperature Monitoring System

1 Fiber Optic 1" Tube Supply (for Sulphur pipeline) D I S

2 Fiber Optic Pull Boxes D S I

3 Fiber Optic 1" Tube Coupling / Guides - Field Welded @ Pipe Joints D S I

4 Low Pressure Air Testing of Welded 1" F.O. Tube at Site D S / I

5 Fiber Optic Sensing Cable on Pipeline D S I 6 Fiber Optic Transit Cable D S I 7 F.O. Transit Cable / Fiber Splice Box D S I 8 Fiber Optic DTS Cabinet - Set Panel D S I

9 Customized Graphical User Interface (GUI) for DTS D S I

10 Fiber Optic Strain Monitoring System D / S / I 11 Power to F.O. DTS Cabinet D / S / I 12 Indoor Location for DTS Cabinet D / S / I 13 Interconnecting Communications to DCS D / S / I D Pre-Fabricated Pipe for SEET 1 Carrier Pipe - supply S

2 Carrier Pipe Bends and Elbows - supply Notincl. S

3 Carrier Pipe End Preparation for Field Welds - bevel D S / I

4 Carrier Pipe Surface Prep. / Painting - Shop S / I D 5 Butt Welding of Carrier Pipe in Field D / S / I

6 Carrier Pipe Surface Prep. / Painting @ Joints - Field D / S / I

7 Carrier Pipe Non-destructive Testing D / S / I 8 Carrier Pipe Hydrotest D / S / I

9 SEET & F.O. Component Welding to Pipe in Shop - (see B & C above) I

10 Thermal Insulation w/ Polymer Jacket - Shop D S / I

11 SEET 1" Heat Tube Welding of Couplings @ Field Joints - Field D S / I





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AC

TOR

12 Fiber Optic 1" Tube Welding of Couplings @ Field Joints - Field D S / I

13 Thermal Insulation @ Field Joints - Field D I S 14 Thermal Insulation @ Field Bends - Field D / S / I

15 Pre-Insulation (Shop) Quality Control / Quality Assurance D / S / I

16 Aluminum Outer Cladding - Straight Pipe D I S 17 Aluminum Outer Cladding @ Field Joints D I S 18 Aluminum Outer Cladding @ Bends D S / I 19 Required Insulation Testing D / S / I

20 Field Insul. Quality Control / Quality Assurance D S I

21 High Temp. RTV Sealant at Insul. Cladding Seams - Field D / S / I

22 Self-adhesive Electric Trace Labels for Pipe Cladding D S I

23 Schedule Delivery of Pipe Spools to Meet Construction Needs D / S / I

24 Freight, Shipment and Logistical Support of Pipe Spools to Location D S / I

E Pre-Commissioning & Startup (per Daily Rates)

1 SEET Pre-commissioning,(included in L.S.) D S I

2 Fiber Optic DTS Pre-commissioning, (included in L.S.) D S I

3 Start-up Assistance (sulphur introduction) D S 4 SEET Operations & Maintenance Training D S

5 Fiber Optic Operations & Maintenance Training D S

6 Sulphur Re-melt Test D S 7 SEET and Fiber Optic O&M Manuals D S F Thermally Isolated Pipe Supports & Anchors 1 Pipe Support Specifications D

2 Pipe Support vs. Insulation Deflection Load Testing D / S / I

3 Thermally Isolated Pipe Support Design & Supply D / S / I

4 Thermally Isolated Pipe Anchor Design & Supply D / S / I

G Auxiliary Items





OTHER RESPONSIBLE

PARTIES


DES

IGN

SUPP

LY

INST

ALL

PRE-

INSU

LATE

DPI

PE M

FGR

.

GA

SCO

EPC

CO

NTR

AC

TOR

1 Substation Buildings D / S / I 2 All Civil Work D / S / I 3 Non-SEET Electrical Equipment D / S / I 4 Heating for Non-SEET items D / S / I 5 Power Supply to SEET Transformers D / S / I 6 Power Supply to F.O. DTS D / S / I

7 Fiber Communication between F.O. DTS Stations along Pipeline D / S / I

8 Communication / Control Wiring Between DCS and SEET Panels D / S / I

H SEET Home Office Support 1 Project Management D S 2 Project Controls - Cost & Scheduling D S 3 Status RE/Porting D S 4 Material & Equipment Logistical Support D S I SEET/ F.O. Construction Quality Assurance Inspection

1 Preparation of SEET / F.O. Quality Control Program D S

2 SEET / F.O. Quality Assurance Inspection D S 3 J Freight & Shipping - SEET Materials and Equipment 1 Export packaging and crating D S 2 Freight to jobsite S 3

F. Bill Of Materials for EPC projects

Below is a preliminary Bill of Materials to be supplied by TYCO for the project; this will be finalized upon completion of engineering design of the SEET and Fiber Optic systems. This Bill of Materials is the quantitative basis for TYCO’s commercial offerings.



TABLE 9 – Preliminary Bill of Materials for SEET System


1) SEET System:151,600 meter SEET Wire, 250°C, 2500V 12,404 each SEET Coupling, 1" 12,404 each SEET Heat Tube Guide, 1"

2,486 each SEET Pull Box, 1" 305 each SEET Wire Splice Kits

64 each SEET Power Connection Box, 316 S.S. 64 each SEET Transition Box, 316 S.S. 64 each SEET End Termination Box, 316 S.S. 1 lot SEET Accessories (Tools for Construction)

2) F.O. Temp. Monitoring System:75,800 meter Fiber Optic Sensing Cable

2,000 meter Fiber Optic Transit Cable 1,242 each Fiber Optic Pull Box, 1"

112 each Fiber Optic Cable Splice Box, 316 S.S. 6,202 each Fiber Optic Tube Coupling, 1" 6,202 each Fiber Optic Tube Guide, 1"

3 each Fiber Optic DTS Unit in Free-standing Cabinet 3) SEET Electrical Equipment:

32 each SEET Transformer, 450kVA, Scott-T, Oil-filled 32 each SEET Switchgear & Control Panel w/ PLC

192 each SEET RTD temperature Sensor 3,200 meter SEET Transformer to Panel Power Cabling 4,800 meter SEET Panel to Connection Box Power Cabling

14,400 meter SEET Control (RTD) Cabling 4) SEET & F.O. Pre-commissioning, Start-up & Training: (Per Daily Rates)

32 circuits SEET Pre-commissioning, (incl. in L.S.) 3 DTS units Fiber Optic DTS Pre-commissioning, (incl. in L.S.) 4 pipelines Start-up Assistance (Sulphur introduction) 2 sessions SEET & Fiber Optic Operations & Maintenance Training 1 lot SEET / FO Installation & Testing Tools 1 lot Spare Parts for Commissioning/Start-up and 2-yr. Operations

5) Engineering (preliminary):1 ea Master Document Register (MDR) 2 ea FEA Analysis 2 ea Transient FEA Analysis 1 ea Heat Loss Calculation RE/Port




1 ea Thermal Insulation Optimization RE/Port 1 ea Heat-up/Cool-down Calculation RE/Port 1 ea Re-melt Analysis and Re-melt Procedure RE/Port 1 ea Re-melt Test Run Procedure 1 ea SEET Calculation RE/Port

100 ea Pipe Spool Details 400 ea Pipe Spool Layout Drawings

32 ea Single Line Diagrams 400 ea SEET Zone Drawing 160 ea Fiber Optic Zone Drawings 320 ea Panel Drawings

96 ea Transformer Drawings 50 ea Power Distribution & Controls Drawings 12 ea Electrical Details 20 ea Fiber Optic DTS Cabinet Drawings 50 ea General Drawing and Details (Schedules, Block Diagrams, etc.) 32 ea SEET Control Panel PLC Configuration & IO Table

10 ea SEET & FO Operation & Maintenance Manual 1 ea SEET & FO Project Bill of Materials 1 ea SEET & FO Spare-Parts List (Commissioning & 2-yr Operations)

TABLE 10 – Pre-insulated Pipe Bill of Materials for EPC Offerings


1) SEET Prefabricated & Pre-insulated Pipe:0 meter SEET 1" Heat Tube, (supplied by others) 0 meter FO 1" Tube, (supplied by others)

151,600 meter SEET 1" Heat Tube Welding - Shop 75,800 meter FO 1" Tube Welding - Shop

2,456 each SEET Pull Box / Power Conn. Box / Term. Box Welding - Shop 1,308 each FO Pull & Splice Box Welding - Shop

28,800 meter 8" Pipe, Thermal Insulation w/ Polymer Jacket - Shop 47,000 meter 12" Pipe, Thermal Insulation w/ Polymer Jacket - Shop

0 each SEET 1" Heat Tube Welding - Field Joints 0 each FO 1" Tube Welding - Field Joints

2,400 each 8" Pipe, Thermal Insulation w/ Polymer Jacket - Field Joints




3,920 each 12" Pipe, Thermal Insulation w/ Polymer Jacket - Field Joints 0 each 8" Pipe, Thermal Insulation w/ Polymer Jacket - Elbows 0 each 12" Pipe, Thermal Insulation w/ Polymer Jacket - Elbows

28,800 meter 8" Pipe, Aluminum Outer Jacket - Field 47,000 meter 12" Pipe, Aluminum Outer Jacket - Field

NOTE: Carrier pipe and heat tube and FO tube is supplied by others.

G. Engineering

The engineering deliverables listed previously should be considered “preliminary” and are based on TYCO’s past experience for a SEET system utilizing pre-insulated piping. A final MasterDocuments Register will be prepared once TYCO’s project role is established and prior to final contract signing with CONTRACTOR.

H. Spare Parts

If desired, TYCO can supply Spare Parts for the SEET and FO systems. A price option to supply Recommended Spare Parts is included in TYCO’s offering for the Bills of Material shown below:

� Commissioning and Start-up � 2 years of Operation

TABLE 11 – Recommended Spare Parts

QUANTITYUNIT ITEM / DESCRIPTION

Commissioning 2-yr Operation

500 1,000 meter SEET Wire, 250°C, 2500V. 1 2 each SEET Pull Box 1 8 each SEET Wire Splice Kits 0 2 each SEET Power Connection Box, 316 S.S. 0 2 each SEET End Termination Box, 316 S.S. 2 2 kit SEET Accessories

500 1,000 meter Fiber Optic Sensing Cable 0 400 meter Fiber Optic Transit Cable 0 2 each Fiber Optic Pull Box 2 2 each Fiber Optic Cable Splice Box, 316 S.S. 0 1 kit Fiber Optic DTS Cabinet - Spare Kit 0 1 each SEET Transformer, 450kVA, Scott-T, Oil-filled 0 2 kit SEET Switchgear & Control Panel - Spare Kit 2 8 each SEET RTD Temperature Sensor



4. PRE-INSULATED PIPE – DESIGN & SUPPLY

A. PermaPipe in Fujairah, UAE

TYCO has entered into an exclusive agreement with Perma-Pipe, to supply pre-fabricated / pre-insulated pipe spools to the Habshan Sulphur Pipelines project from their Fujairah plant in UAE. Located in Fujairah, UAE, Perma-Pipe has an established manufacturing facility that has completed many projects in the Middle East region, including the recently completed 35 km molten sulphur pipeline for the Common Sulphur Project in Ras Laffan, Qatar. Perma-Pipe’s close factory proximity to the project site will allow for faster delivery and less damage from transport due to the short haul distance.

Activities which can take place in a factory setting for pre-fabricated / pre-insulated pipe spools include:

1. Welding of 1” SEET and FO tubes to carrier pipe 2. Surface preparation and painting 3. Pre-insulation 4. Application of HDPE outer protective cover 5. Schedule coordination / Spool Management 6. TYCO contract management of Perma-Pipe 7. TYCO factory Quality Assurance of manufacturing process to meet SEET design

B. Why Pre-Insulated Pipe?

Transporting sulphur through insulated and heat traced pipelines is one of the most stringent heating applications due to the narrow temperature range at which the sulphur remains liquid in the desired viscosity range.

1. Quality Control

In a pre-insulated system over 90% of the work is performed in a clean factory controlled environment. By performing the work indoors, the adverse effect of changing weather is eliminated. The pipe can be kept free of dirt and contamination to improve the product.

The welding of the heat tubes and the fiber optics tube is performed by skilled technicians again under factory controlled conditions using jigs and fixtures to keep the tubes properly aligned and semi-automated welding machines to improve productivity. It is extremely important to have enough weld material to transfer the heat between the tubes and the pipe, but not too much heat input from welding to severely bend the pipe. PermaPipe has experience in how best to balance the heat input to minimize pipe bending and also how to straighten any pipe that has excessive bending before applying the insulation.

The inner layer of perlite insulation requires precise cutting of pipe cover pieces to fit between the tubes. The tolerances of both the insulation and the tube location must be closely controlled for proper fit-up. This is done much better in a factory. It is also important to have tight fit-up between all joints in the perlite, so as not to transfer heat directly from the pipe to the foam insulation.



Factory applied foam insulation is higher quality than field applied foam. PermaPipe’s factory uses automated machinery for spraying foam insulation. By controlling all aspects of the process results in foam with the best cell structure for both strength and heat transfer coefficient.

In the factory, a thin seamless waterproof high density polyethylene (HDPE) vapor barrier can be extruded directly on the foam. This layer will insure that no moisture can ever penetrate to the foam. The 0.032” thick (0.8 mm) aluminum jacketing will be applied over the HDPE in the field.

2. Cost

Since most of the work is performed indoors, efficiency is improved by eliminating variances in the weather. Cost is also reduced by having fixed work stations where the work is repeatable much like an assembly line. The automated foaming machine reduces both labor and material costs. Labor is reduced by the high throughput rate of the machine and material cost is minimized by controlling both the density and thickness of the foam. Finally, waste is reduced to an absolute minimum because scrap materials are recycled and reused.

3. Improves Project Schedule

The high throughput that is possible in a factory environment also improves the schedule. PermaPipe’s Fujairah factory has two automated machines for applying foams and they can be run on two shifts. The processes of welding and insulating are faster in the factory, and throughput can be increased by adding additional work stations.

By pre-insulating in the factory a substantial amount of field labor is removed from the project. This can mean that project completion risk is reduced.



5. CONSTRUCTION AND FIELD SERVICES

A. Benefits of Single Source Accountability

The SEET system is a very complex construction project. There are many components that contribute to its functionality. It is our experience that the heat management system (HMS) execution can be “streamlined” by utilizing an integrated approach to construction of these various components. Tyco Thermal Controls (TYCO) is keenly aware of all of the details and component inter-relationships of this Habshan Sulphur Project. By selecting TYCO to construct the SEET system, you gain an invaluable warranty, an experienced specialty contractor that has installed thousands of similar heating systems.

If CONTRACTOR is seeking a “Warm Pipe Warranty” from TYCO for the sulphur pipeline heating system, we can offer an appropriate Scope of Supply to offer this type of Warranty – see later section. By awarding the key integral HMS components to a single supplier, TYCO, the risk to the project is minimized. As the designer of the SEET and FO systems, TYCO knows intimately the complex synergy between the electrical, insulation and pipe support systems. It is critical that all components are designed, manufactured and installed in a manner that ultimately supports the performance criteria for the HMS.

B. Coordination Between Suppliers / Subcontractors

An expanded Scope of Supply by TYCO can eliminate the need for CONTRACTOR’s coordination and/or conflict resolution between multiple subcontractors and suppliers. For example, the design and supply of pre-insulated pipe in TYCO’s Scope of Supply will require us to provide ample management and Quality oversight of the pre-insulation manufacturer to ensure that the mechanical contractor’s task of joining SEET heat tube and Fiber Optic (FO) tube field couplings will go smoothly. The benefit is that CONTRACTOR’s contractual interfaces are minimized, requiring less management of multiple subcontracts and subcontractors/suppliers.

C. “Turnkey” EPC Offering

The commercial offering herein by TYCO includes a full “turnkey” approach. The benefit to CONTRACTOR is the advantage of single source accountability and TYCO’s “Warm Pipe Warranty” for the SEET system.

D. Safety

Safety Mission StatementTyco Thermal Controls’ commitment to safe working practices is evidenced by our Environmental, Health & Safety Mission Statement: To Achieve ‘World Class EH&S Performance’.

“Safety First” CultureOne of the most important aspects of TYCO’s construction services is our ability to perform the job safely. TYCO’s Safety Program includes standard procedures and reporting, but it really starts with a safety culture in each of our employees, from superintendent down to the field hands. We have an outstanding safety record and have been recognized with various awards by numerous organizations over the years.



Realizing that safety is, to a large extent, a state of mind, we feel that it is our obligation to create an atmosphere in which both management and workers perceive safety as an integral part of their work. Managers must aim to achieve safety as well as quality and productivity and workers must commit themselves to work for their own personal safety as well as for the safety of their fellow workers.

TYCO firmly adheres to the following principles, namely, that:

� All accidents/injuries can be prevented.

� Management and employees together are responsible for maintaining safe working conditions and for preventing injuries.

� Working safely is as equally important as working efficiently and productively.

� It is the company's responsibility to commit the necessary resources to provide adequate job training and education, and a safe work environment.

TYCO will hold all levels of management, from top executive to first-line supervisor, accountable for the implementation of these principles of safe work performance.

Safety GoalTYCO believes that all accidents are preventable. Our ZERO ACCIDENTS logo reinforces this message throughout our organization.

Our target is to cause Zero Harm and achieve 100% success in:

� Commitment to EH&S management from directors, managers, supervisors, and team leaders.

� Completion of Audits of on the job EH&S & quality performance from our supervisory, management and sales teams.

� Completion of TYCO Safe Systems of Work before work commences or changes – Risk Assessments, JSA’s, Permits, Training, Safe Work Plans, Method Statements and Ensure Worker Understanding.

� Correct Use of Personal Protective Equipment at all times. � Use of Safe Work Procedures. � Use of the Skills & Training received. � Reporting and investigating of all and incidents and near-misses. � Safe use & care of company vehicles, tools and equipment. � Effective Communications of EH&S matters. � Delivery of the EH&S & quality we promise to employees and customers � Cause no harm to the environment



E. Quality

The ultimate performance of the SEET system is predicated on the installation of a system that matches the design criteria. It is a very complex, difficult heating project that requires the utmost diligence in terms of installation quality. The performance predictability of the heating system will depend largely on adherence to TYCO’s design specifications and drawings.

TYCO offers a wealth of experience installing skin effect heating systems. As such, we have developed detailed work processes to install reliable systems and to document quality at certain milestones of the construction process. Our Quality Program includes:

� Highly qualified and experienced personnel � Proven Quality Plans & Procedures � Documentation – O&M Manual, complete with as-built drawings and start-up test logs

Construction Quality Assurance (CQA) Inspection

The responsibility for Construction Quality Control rests with the installer of any system. As part of TYCO’s scope of supply, we will develop a Construction Quality Plan, (including Quality sign-off forms). TYCO will provide Quality Control and Quality Assurance Inspection during construction to verify that the installation activities are adhering to its Quality Plan. TYCO will monitor and report the status of the “sign off” forms and report any issues that may affect the quality of the project.

For the manufacture of pre-insulated pipe, PermaPipe will be responsible for putting together a detailed Inspection Test Plan (ITP) outlining a series of tests conducted during manufacturing, including witness and hold points; (see Attachment 3 – Preliminary ITP for Pre-manufacture of Pipe Spools). This is imperative to ensure the manufacture of pre-insulated pipe spools perform to the project’s thermal and mechanical criteria. Similarly, for construction of the SEET system, it is the installing contractor’s responsibility to create an ITP, follow it, and keep the proper project documentation.

As SEET system constructor, TYCO can reduce its overall “cost of quality” and offer a significant cost savings benefit to the project. By assigning single source accountability to TYCO, third party Quality Assurance requirements for the project would be reduced substantially by the fact that many contractor interfaces (work handoffs) are eliminated. This “cost avoidance” will result in a lower Total Installed Cost to the project, and should enhance project schedule. Much of the Quality Control (Q.C.) and Quality Assurance (Q.A.) during construction would occur simultaneously. The result is lower costs.

Project ControlsAnother aspect of our Quality Program is TYCO’s standard cost and schedule reporting. Our Project Controls systems are second to none, and we have received numerous compliments from our clients with regards to our project reporting procedures and deliverables. TYCO has included the necessary Project Controls for this project, both on-site and including home office support – see discussion in later Section regarding Organizational Chart for Construction.

Progress shall be maintained daily in the field using a Field Progress Database (FPD) that captures both quantities released and quantities installed. The database applies standard Rules of Credit to calculate earned progress. Earned quantities installed are then transferred weekly to the Progress and Productivity Analysis Report (PPA).



The Construction PPA reports both weekly and cumulative progress, productivity and manpower. The PPA is initially set up to include original estimated quantities and man-hours, as well as a planned work release schedule prior to mobilization. The PPA is then maintained on a weekly basis to include actual quantities installed and man-hours expended in order to analyze progress and productivity by project Work Breakdown Structure. Project schedules shall be created and maintained in accordance with customer requirements. Schedules are updated regularly and communicated as an integral component of change management to include typically a three-week look-ahead. In addition, a Cost Report shall be provided to the customer to communicate costs incurred to date and forecast changes as required, typically on a weekly or monthly basis.

F. Construction Organizational Chart

It is TYCO’s intent to utilize a combination of skilled personnel from its Houston, Texas USA home office and from our TYCO affiliate offices located in Asia, Middle East and Europe. TYCO will employ experienced and qualified field supervisors, field engineers, project controls and quality control personnel to ensure the pipeline’s SEET system is installed correctly. Craft labor and helpers will be employed from the local labor pool, pending availability.

Our EPC proposals have included the necessary personnel to supervise installation concurrently at multiple locations along the pipeline. Additionally, we will position one Coordinator in PermaPipe’s facility during their portion of the work. Refer to Attachment 5 – Field Construction Organizational Chart.

G. Preliminary Schedule / Manpower Planning

Preliminary Baseline SchedulePreliminary project schedules for both E/P and EPC are included as Attachment 2 – SEET Project Schedule. Because the overall project pipeline construction activities start and duration are not known, this is included for reference only.

We have optimized our construction schedule to perform the outlined Scope of Work in the most cost-efficient manner. TYCO has planned its work on the basis that many of the SEET field activities for the pipeline work at the jobsite can occur concurrently. That is to say, TYCO will have an available work front for the duration of the project to minimize fluctuation in our manpower staffing. TYCO’s schedule assumes:

� 6 week mobilization � 12-month field construction period, including pre-commissioning � Continuous work front � 4 week demobilization

At a later date, a more detailed assessment should be undertaken to integrate TYCO’s work activities into the overall CONTRACTOR project schedule. In particular, it is important to understand CONTRACTOR’s planned rate of placement for the 12-inch pipe, in order to effectively schedule our work and deployment of personnel. TYCO’s mobilization date to the jobsite will be dependent upon how much pipe CONTRACTOR can release to us each week, and how much “backlog” work must be waiting for us initially.



Preliminary Manpower PlanningBased on the required man-hours, and assuming a 54-hour work week (six 9-hour days), we believe that our craft labor will peak at about 80 men. This is contingent on a continuous work front.

H. Post-Construction Field Services

Pre-CommissioningFor the pre-commissioning phase of the GASCO project, TYCO will perform the programming, setup, and activation of the SEET and F.O. systems. Pre-commissioning deliverables include as-commissioned circuit reference readings and customized reports, based on individual customer or project needs.

Pre-commissioning activities are performed on empty pipe; (i.e., no sulphur product in pipeline). The objective is to validate working aspects of electrical design and installation, and validate the thermal performance of installed pipeline insulation system. A high level summary of the steps accomplished during pre-commissioning include:

1. Review Quality Control records for the installation of the heat tube, wire and splices (wire & splice records include the dielectric test results. The wire and splice dielectric tests are required for review before energizing the system; the heat tube records may be reviewed at any time, but preferably before energizing the system for heat up.

2. A thorough inspection of the pipeline installation is performed. This includes a visual inspection of the entire pipeline, paying particular attention to the power connections, end terminations and RTDs. The purpose is to check insulation completion and integrity, heat sinks, grounding and electrical connection boxes. The power and end connection boxes should be opened for inspection of the connections. One or two splice boxes should be opened for inspection of the splices, if possible.

3. Inspection of the panel and transformer installation, including initial power up of the panel and verification of basic control functions.

4. Apply power to the heater, observing voltages and currents carefully. System currents should be within the range specified in the SEET design. Any transformer tap adjustments that may be required to obtain proper operating parameters are made at this time.

5. Allow the system to heat up, monitoring and logging performance.

6. Allow system to operate on automatic control overnight and log performance.

TYCO has included all required SEET and F.O. pre-commissioning activities in its EPC Lump Sum price.

Sulphur Re-melt TestTyco Thermal Controls in conjunction with the EPC contractor will conduct a full Solidification and Re-melt “Test Run” after the SEET and Fiber Optic systems have been pre-commissioned. After sulphur is introduced into the line, there will be a pre-planned, methodical procedure to allow molten sulphur to solidify and then be “re-melted”. This is required by the project specifications to verify SEET system operational functionality.



The length of the pipeline for this test run shall be selected in association with TYCO. However, TYCO will have no responsibility to supply any materials for this Test Run which is to be conducted in conjunction with the CONTRACTOR. It is the CONTRACTOR’S responsibility to introduce sulphur into the line after all SEET and F.O. pre-commissioning tests are completed. TYCO, in association with CONTRACTOR, will direct the re-melt operation from the standpoint of SEET operational control.

Major activities to be undertaken by the EPC contractor prior to the re-melt test run are given below:

� Complete the final commissioning tests � Pre-heat pipeline to maintenance temperature till temperature is stabilized � Introduce sulphur into the pipeline at well above the minimum flow rates. � Stabilize the flow and check the pipeline temperature from DTS readings and from local

control panel � Allow a minimum of two hours to stabilize sulphur temperature inside the pipeline. � Stop flow of sulphur in the pipeline and allow sulphur to reside inside the pipeline under

stagnant condition � Switch off the SEET power to the segment of the pipeline selected for test run and allow

sulphur to cool down below 119°C and solidify � Start the re-melt program as detailed in the “Re-melt Procedures and Strategy“ submitted

as part of the engineering deliverables

Since it is not possible to predict the timing or duration of this activity, TYCO has included Daily Rates (Attachment 5) for these services.

Training for Operations & Maintenance PersonnelTyco Thermal Controls will prepare a training program to be held in conjunction with final pre-commissioning and turnover of the SEET system. The training sessions will include a combination of classroom and “hands on” training at the various SEET control panels. Training will also include the DTS (Distributed Temperature Sensing) system.

There are many components and operating scenarios which must be properly understood for efficient operation of the SEET and Fiber Optic systems. Therefore, certain parts of the training would be conducted on a personalized level, to create a sense of familiarity with the operation of the system. Below are the main topics to be covered:

� Heating system technology overview � SEET system � SEET control panels and transformers � Fiber Optic temperature sensing system

TYCO will provide multimedia presentations using PowerPoint slides, training videos and occasional printed handouts. (Note: some of these materials may include proprietary information and cannot be left behind). If desired, a brief multiple choice exam can be administered at the end of each major training session; questions would cover key operational aspects and fundamental concepts presented in that session.

Since neither the training activities nor the duration are known, TYCO has included Daily Rates (Attachment 4 – Field Services Pricing) for these services.



6. SEET SYSTEM WARRANTY

The type of heating system warranty offered by TYCO will depend on the scope of work undertaken by Tyco.

A. Warranty for E/P scope of work For SEET System

If Tyco’s scope of work is limited to design, engineering and supply of heating system components, Tyco will offer a “Thermal Design Performance” warranty. The exact scope and duration this warranty will be decided based on mutual agreement, after award of contract.

B. Warranty for EPC scope of work For SEET System

If Tyco’s scope of work includes design, engineering, supply and installation and commissioning of the SEET system, Tyco will offer their most comprehensive “Warm Pipe Warranty” for the sulphur pipelines covered under the contract. The details, including the duration of this warranty will be decided based on mutual agreement, after award of contract.



7. THERMALLY ISOLATED PIPE SUPPORTS – DESIGN & SUPPLY

A. Importance of Thermally Isolated Pipe Support to SEET System

To optimize a Heat Management System for molten sulphur, a homogenous thermal profile is critical for performance. Firstly, this requires a high integrity and consistent insulation system. Secondly, it is imperative that any additional metal appurtenances in contact with the pipe wall are eliminated or minimized. Any additional metal contact represents a location for unwanted heat loss, commonly known as “heat sinks”. Heat sinks can be pipe flanges, valves, instruments or pipe supports. The SEET system is compromised when there is metal to metal contact between pipe wall and structural pipe support, (sleeper beam). This can be avoided by the design and implementation of “thermally isolated” pipe supports.

B. What is a Thermally Isolated Pipe Support?

A thermally isolated pipe support does not include any metal to metal contact with the pipe wall, as is found in conventional welded T-supports. It allows the piping thermal insulation system to continue across the support location without any change in cross section or thermal properties. The design of a support includes a curved supporting plate or “cradle”, rolled to the exact diameter as the O.D. (outer diameter) of the pre-insulated pipe spools. This vertical support occurs over approximately 120 degrees of the bottom of the pipe. With the proper insulation system, the cradle support can carry ample vertical and moderate lateral loads.

An engineered slide plate assembly of Teflon and polished stainless steel allows the pipe to move easily when pipe growth occurs from heat-up and cool down of the line. One half of the assembly is shop welded to underside of the cradle pipe support and the other half is welded to the pipe sleeper beam in the field to create a slide plate.

Similarly, there are pipe anchor points that require a “thermally isolated” engineering design. Because anchors must transfer significant axial loads from the pipeline to the sleeper beam support, the design is quite different and complex. Load transferring carbon steel lugs are welded to the pipe wall, and axial loads are transferred through a series of high density inserts within the thermal insulation cross section. These inserts prevent metal to metal contact, but provide the desired level of mechanical strength and thermal insulating characteristics to thermally “isolate” the pipe anchor.



C. Proper Pipe Support Design

The design of the pipe supports is dependent on many factors, including: � Pipe stress analysis – vertical, lateral and axial loadings � Expected axial pipe movement � Factor of Safety requirement � Clear distance between adjacent pipes � Width of sleeper beam

When selecting pipe supports types it is also important to ensure that the pipe insulation cross section contains adequate mechanical strength (i.e., compressive strength) to support the maximum pipe loadings. For example, a combination of Expanded Perlite and Polyurethane Foam (PUF) insulation possess enough compressive strength to sufficiently transfer pipe loads through the insulation system to the steel pipe cradle base. Softer, flexible insulations exhibit much lower compressive strengths, and under the anticipated pipe loadings significant deformation of the insulation thickness could occur. This compromises the thermal insulation’s integrity and may also cause pipeline alignment issues.

For this reason, TYCO believes strongly recommends the testing of actual pipe insulation systems in a cradle support. The bearing strength of the proposed insulation system cross section can be determined through empirical testing. This critical aspect of the project should not be left to chance, but should be intentionally designed to operate properly under all operating scenarios. TYCO would propose to conduct full scale testing of both the insulation system and pipe support designs in a 400,000 lb. mechanical press to verify performance is acceptable.

Depending upon the final pipe stress analysis (by others), the following types of supports may be required:

� Low load sliding supports � High load sliding supports � Low load laterally guided supports � High load laterally guided supports � Pipe anchor supports

TYCO can supply these to the project if desired after pipe stress analysis is completed and the loadings/displacements are known.



8. TECHNICAL CLARIFICATIONS / DEVIATIONS

A. SEET / F.O. Systems

1. Supply of some SEET related materials would be supplied by others; see the Scope of Supply Matrix for E/P and EPC offerings in this proposal. (applicable to E/P and EPC)

2. Heat Management System includes all main sulphur pipelines. In-line block valves, instrumentation, or small diameter piping attached to the pipeline are not shown in the tender documents. Hence, no engineering design or materials are included for these items. (applicable to E/P and EPC)

3. TYCO’s SEET design assumes thermally isolated pipe supports along sulphur pipelines. (applicable to E/P and EPC)

4. Maximum 250°C heat tube temperature shown on tender document (SP-5264-X044-PL-007) is assumed to be a typographical error, as this operating condition will not exist and is not compatible with the other temperature data shown on the same document. (applicable to E/P and EPC)

5. Pipeline design and pipe stress analysis is by others. (applicable to E/P and EPC)

6. Solidification of sulphur in the pipeline and re-melt of solidified sulphur is an upset condition and all upset conditions will be managed by skilled operators, not an automated standard operation. (applicable to E/P and EPC)

7. SEET and F.O. system lengths and layout sketches (TYCO-HS-SK-01 and TYCO-HS-SK-02) depicted in Attachment 1 are preliminary and may vary during detailed design. (applicable to E/P and EPC)

8. SEET and FO guides and couplings will be installed and air tested by the EPC contractor. (applicable to E/P and EPC)

9. No Supervisory Monitoring and Control system (SMC) is included. SMC interface for SEET and Fiber Optics is by others. (applicable to E/P and EPC)

10. Fiber Optics distributed temperature monitoring is a stand-along system, and does not control SEET heating system. Fiber optics are not incorporated into the SEET control system configuration or part of control panels. (applicable to E/P and EPC)

11. One P.C. with software will be supplied for each DTS unit, three total. Fiber Optics system includes customized graphics for the GASCO assets and energization shutdown relays for shutdown of the plant DCS. (applicable to E/P and EPC)

12. Fiber Optic cable (fiber) splices are included. (applicable to E/P and EPC)

13. Fiber Optics strain monitoring is not included. (applicable to E/P and EPC)

14. A separate fiber optic based leak detection system is not considered as a part of the SEET system and not included in our proposal. (applicable to E/P and EPC)

15. TYCO has included the setting of major SEET and FO equipment in this proposal – transformers, SEET control panels and FO DTS cabinets. Locations will be provided by the EPC contractor, including all civil work and concrete foundations. CONTRACTOR will provide lift equipment and operator, as required. (applicable to EPC only)

16. SEET transformers are assumed to be 50 meters or less distance from SEET control panels; TYCO will install and terminate power cables in cable tray or conduit supplied by others.



Supply and installation of primary power to SEET transformer is by others. (applicable to EPC only)

17. Interconnect wiring between SEET control panels and SEET power connections / RTDs at pipe are assumed to be not longer than 75 meters each. TYCO will install and terminate power cables in cable tray or conduit supplied by others. (applicable to EPC only)

18. FO transit cable between DTS cabinet and Fiber Optic connections at pipe are assumed to be not longer than 75 m. each. TYCO will install and terminate FO cables in cable tray or conduit supplied by others. (applicable to E/P and EPC only)

19. SEET equipment may be different than shown on typical SEET substation drawings – Ref: DW-1000-16-30-080 & DW-1000-16-30-082. (applicable to EPC)

20. Actual SEET transformer sizes and voltage levels shall be per TYCO’s final design; these are preliminarily sized to be 450KVA. (applicable to E/P and EPC)

21. Factory Acceptance Testing is included for major equipment items – SEET transformers; SEET control panels; F.O. (DTS) panels. (applicable to E/P and EPC)

22. Supply and installation of data highway (fiber backbone) is by others. (applicable to E/P and EPC)

23. No CFD (Computational Fluid Dynamics) flow analysis is included in this proposal. Simplifying assumptions can be made for a sulphur pipeline that preclude the need for CFD flow analysis; see GASCO # RP-5264-X044-PL-041 (Section 6.2.5.1 on page 17 of 54). (applicable to E/P and EPC)

24. Engineering is confined to TYCO’s home office. However, this proposal does include time and expense for three persons travelling to CONTRACTOR’s office to attend a SEET engineering kickoff meeting, to last no longer than five days. Additional off-sites Engineering to be invoiced per Daily Rates included herein. (applicable to E/P and EPC)

B. Field Insulation

1. Aluminum jacketing will be applied 100% in the field. Stucco embossed aluminum cladding with a thickness of 0.032” (0.8 mm) is included in this proposal. (Note: this is a variance to SP-5264—X044-PL-007; Section 12.3.2 which states 1mm). (applicable to E/P and EPC)

2. Field Joint surface preparation and field coatings of carrier pipe and heat tubes shall be performed by CONTRACTOR. (applicable to E/P and EPC)

3. Proposal assumes that free and clear road access is available to all portions of the pipeline at all times. (applicable to EPC only)

4. The following items will be supplied by CONTRACTOR; (applicable to EPC only):

o Scaffolding to perform elevated work at pipe bridges, etc.

o Facility to house fabrication equipment for insulation and metal jacketing

o Storage facilities for Field Joint insulation and aluminum jacketing materials

5. TYCO believes that an equivalent shrink sleeve is not required at the Field Joints; it is excluded in this proposal. (Ref: SP-5264-X044-PL-007; Section 17 – Field Joints). (applicable to E/P and EPC)



6. TYCO believes that RTV sealant (caulk) is not required at metal jacketing seams for above ground pipelines and is therefore not included in this proposal. (applicable to E/P and EPC)

C. Pre-insulated Pipe

1. This proposal assumes free issue of the carrier pipe to the PermaPipe Fujairah UAE factory. Pipe shall be supplied in double random lengths with the appropriate bevel. (applicable to E/P and EPC)

2. This proposal assumes free issue of 1” diameter heat and FO tube to the PermaPipe Fujairah UAE factory. Tube shall be supplied in double random lengths. (applicable to E/P and EPC)

3. Proposal includes supply of full length, double random manufactured pipe spools to the project; no cuts or partial lengths are included. (applicable to E/P and EPC)

4. This proposal does not include any fabrication or carrier pipe welding for expansion loops, as no pipeline design is included in the inquiry documents. These will be priced after receiving all relevant data and design details of pipeline from CONTRACTOR. (applicable to E/P and EPC)

5. CONTRACTOR will supply, free of cost, all offloading equipment (and labor) for manufactured pipe spools along pipeline or at designated jobsite laydown area(s). (applicable to E/P and EPC)

6. SEET pre-insulated pipe spool engineered drawings are not included in this proposal and shall be supplied by the EPC contractor in coordination with the pre-insulated factory procedures and details. (applicable to E/P only)

7. This proposal includes the continuous welding on one side of all three tubes, (SEET heat tubes and F.O. encasement tubes), to the carrier pipe segments. (applicable to E/P and EPC)

8. This proposal includes all TSA shop coatings as required per the specifications. (applicable to E/P and EPC)

9. This proposal does not include installation of pipeline drains and/or vents as no design or requirement was specified. These should be installed by the installing contractor at open joint sections. (applicable to E/P and EPC)

10. Field Joint surface preparation and field coatings shall be performed by CONTRACTOR. (applicable to E/P and EPC)

11. All types of pipe supports and guides are assumed to be supplied and installed by CONTRACTOR unless TYCO is contracted to supply these items as an additional option to the contract. (applicable to E/P and EPC)

12. Pipe anchors are assumed to be supplied and field installed by the CONTRACTOR; no shop welding of anchor plates (or other appurtenances) to pipe is included in this proposal. (applicable to E/P and EPC)

13. This proposal includes handling and stacking of the pre-insulated pipe on flat bed trucks supplied by the CONTRACTOR at the Fujairah facility. Proposal assumes 1,000 flatbed loads would be required for this project. (applicable to E/P and EPC)

14. The project insulation specification for liquid sulphur pipelines (SP-5264-X044-PL-007) has several areas that are in conflict or are not possible to comply with for an above ground sulphur pipeline. The paragraph numbers with comments are as follows; (applicable to E/P and EPC).



a. 12. 2.1 Layer 1. For TYCO’s Alternate #1 the 30 mm Nanogel thickness is not enough to reach the outside diameter of the SEET tubes. The OD of the tubes is 33.4 mm. This minor difference can be accommodated between the first and second layer to achieve the total required thickness of the combined two layers

b. Table 4. This table requires a maximum flame and smoke rating of 75 for the polyurethane (PUF). No commercially available PUF is rated even close to these values. Since the finished system is covered with an aluminum jacket this rating should not be required.

c. 12.3.3 Adhesives and Accessories. No adhesive is required on an above ground system with the specified insulation options.

d. 13.4 Testing of Complete Thermal Insulation System. This paragraph requires testing in accordance with EN 253. The specified insulation options do not meet EN 253. EN 253 only applies to polyurethane foam systems where the foam is bonded to both the steel pipe and the HDPE jacket.

e. 14 Procedure Qualification Testing. Again the testing in Table 7 for the insulation refers to EN 253.

15. Pre-insulation is to be stopped 0.25 meter from end of pipe; (Note: this is a variance to SP-5264—X044-PL-007; Section 12.3.2 which states 100 mm). (applicable to E/P and EPC)

D. General – Construction (EPC offering for SEET)

1. TYCO assumes that all costs for housing and meals for Direct Field Labor (craft) will be provided by CONTRACTOR in the project’s man camp, free of cost. (applicable to EPC only)

2. Proposal includes cost of travel, meals, and incidentals for project supervisory staff and professionals. Accommodations for the duration of TYCO involvement, and suitable to TYCO standards (or acceptable to TYCO), are to be provided by CONTRACTOR, free of cost. (applicable to EPC only)

3. The following will be supplied by CONTRACTOR; (applicable to EPC only):

o All concrete, trenching and civil work

o All site mechanical work, including welding

o Supply and installation of control buildings

o Offloading of materials at jobsite

o Site facilities – TYCO office trailers (complete w/ utilities, phone line, fax line, etc.), storage/laydown facilities sanitary facilities; water, ice,

o Reliable internet connection

4. Proposal assumes 12 month field construction duration. (applicable to EPC only)

5. Proposal assumes one mobilization and one demobilization. (applicable to EPC only)

6. Proposal includes manual redlined “as-built” engineering drawings as a final construction deliverable. CAD “as-built” drawings can be supplied, if desired by CONTRACTOR. (applicable to EPC only)



E. Post-Construction Site Services

1. The following site activities are to be performed based on Daily Rates, as outlined in Attachment 4 – Field Services Unit Rates:

a. Pre-commissioning / System Turnover. (applicable to E/P only)

b. Commissioning / Start-up. (applicable to E/P and EPC)c. Training. (applicable to E/P and EPC)d. Sulphur Re-melt Test. (applicable to E/P and EPC)

2. Sulphur Re-melt Test will be done in conjunction with CONTRACTOR’s start up program. The pipe segment length of the proposed test run shall be no more than one of the SEET system circuits. The test run shall be carried out on the 8” pipe. (applicable to E/P and EPC)



9. COMMERCIAL CLARIFICATIONS

1. TYCO’s proposal is based in US dollars.

2. Execution of a Non-Disclosure Agreement between CONTRACTOR and Tyco Thermal Controls is a condition of acceptance of this Commercial Proposal.

3. In the absence of Terms and Conditions within the RFQ, Tyco Thermal Controls (TYCO) reserves the right to review and negotiate customer’s contractual terms and conditions or offer to provide TYCO’s standard T&C’s for use on this project. Aspects of this proposal (including, but not limited to, pricing) may change based on the final, negotiated contract terms enacted between CONTRACTOR and Tyco Thermal Controls.

4. Pricing is based on the Bill of Materials developed from TYCO’s preliminary SEET design and based on the pipe lengths given in the GASCO documents and “Scope of Supply” matrix in this commercial proposal. In the event of changes to the Scope of Work, (due to additional details and/or pipe routing), changes in quantities will be to CONTRACTOR’s account.

5. In the event CONTRACTOR desires to change the scope of supply or services presented in this commercial proposal, these changes shall be clearly marked and identified on the “Scope of Supply Matrix” in this proposal and agreed to by TYCO. A revised “Scope of Supply Matrix” will be issued by TYCO and a revised price bid will be submitted.

6. Terms of payment are ‘Net 30’ against a Schedule of Values with prior credit approval and through an irrevocable letter of credit issued by a bank acceptable to TYCO.

7. Proposal validity for acceptance is one hundred eighty (180) days.

8. The freight terms shall be EXW (Ex-Works per Incoterms 2000). Freight charges including export crating, packaging, duties, customs fee, etc. will be invoiced at cost plus 5% administrative fee.

9. All taxes, duties, tariffs, and any other transportation or importation-related expenses are not included. To the extent that these costs apply to this scope of product/service, they are assumed to be arranged for and paid for by CONTRACTOR.

10. All phases of the project will be billed as follows: 10% upon award, 10% upon mobilization, and the remainder 80% of the project per a progressed Schedule of Values, to be established upon contract award. For materials supplied, 90% of line item will be invoiced upon TYCO’s submittal of shipping documentation.

11. TYCO assumes that CONTRACTOR will provide assistance and facilitation in the securing of visas and all governmental permits associated with TYCO ex-pats and DFL entering country.



10. PRICE BID

A. Base Bid and Alternatives

Lump Sum pricing for both E/P and EPC offerings are shown below based on the various thermal insulation options:

Table 12 – Pricing for E/P and EPC Offerings�

B. Other Products and Services

Pricing for additional services and pipe supports, guides and anchors are shown below:

Table 13 – Pricing for Other Options�

NOTES: 1. Pipe support design and pricing can be supplied by TYCO after formal pipe stress analysis

is completed by others. 2. This activity is included in Alternate #3 and #4 EPC Lump Sum pricing.

ITEM#

E/P or EPC DESCRIPTION PRICE (USD)

BaseBid E/P SEET / FO system w/ Pre-insulated

Composite $ 33,649,907.00

Alternate#1 E/P SEET / FO system w/ Multi-layer Factory

Installed Nanogel $ 48,698,945.00

Alternate#2 E/P SEET / FO system w/ Pre-insulated

Hybrid Composite (PROPRIETARY) $ 31,790,255.00

Alternate#3 EPC SEET / FO system w/ Pre-insulated

Composite $ 40,776,589.00

Alternate#4 EPC SEET / FO system w/ Pre-insulated

Hybrid Composite (PROPRIETARY) $ 38,916,937.00

ITEM DESCRIPTION PRICE

1 Recommended Spare Parts $ 232,995.00

2 Thermally Isolated Pipe Supports (Note 1) TBD

3 Pre-commissioning – empty pipe (Note 2) Per Daily Rates

4 Start-up / Commissioning – full pipe Per Daily Rates

5 Sulphur Re-melt Test Per Daily Rates

6 Training Per Daily Rates



Attachment 1

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MA

RY�A

ND

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RY).

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(SSHS5

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(SSHS5

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(SSHS5

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IT&

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AN

NEL

LEN

GTH

SA

RE

ISSU

ED�FOR�INFO

RMATION�ONLY

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PC E RTD

FOFO

FO

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

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PCE

2350

m23

50m

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RTD

(Typ

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(Typ

.�3)

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ST�HS5�01B

ST�HS5�03B

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ST�HS5�07B

ST�HS5�09B

450�kV

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450�kV

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PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

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(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

.�3)

2350

m23

50m

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PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

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FOFO

FO

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PCE

RTD

RTD

(Typ

.�3)

(Typ

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2350

m23

50m

PCE

PCE

2350

m23

50m

RTD

RTD

(Typ

.�3)

(Typ

.�3)

PCE

PCE

RTD

RTD

(Typ

.�3)

(Typ

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2350

m23

50m

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PCE

2350

m23

50m

RTD

RTD

(Typ

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(Typ

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Attachment 2SEET Preliminary Project Schedules

Act

ivity

IDA

ctiv

ity N

ame

Sta

rtFi

nish

Dur

atio

n(W

eeks

)

GA

SCO

SG

ASC

O S

EET

E/P

Onl

y - H

absh

an S

ulph

ur P

i...

03-J

an-1

127

-Jun

-13

130

A10

00N

otifi

catio

n of

Con

tract

Aw

ard

03-J

an-1

10

Engi

nee

Engi

neer

ing

03-J

an-1

131

-Oct

-11

43A

1010

SE

ET

Des

ign

/ F.O

. Des

ign

03-J

an-1

131

-Oct

-11

43A

1020

Equ

ipm

ent S

peci

ficat

ions

02-M

ay-1

130

-Aug

-11

17A

1030

Fini

te E

lem

ent A

naly

sis

03-J

an-1

130

-Mar

-11

13A

1040

Oth

er S

tudi

es01

-Mar

-11

29-J

ul-1

122

A10

50IF

C P

ipe

Spo

ol D

raw

ings

01-F

eb-1

131

-Aug

-11

30SE

ET E

qSE

ET E

quip

men

t Pro

cure

men

t01

-Jun

-11

30-M

ar-1

244

A20

00S

EE

T Tr

ansf

orm

ers

01-J

un-1

130

-Nov

-11

26A

2010

SE

ET

Con

trol P

anel

01-J

un-1

130

-Dec

-11

31A

2020

Fibe

r Opt

ic C

able

01-J

ul-1

131

-Oct

-11

17A

2030

Fibe

r Opt

ic D

TS01

-Sep

-11

30-M

ar-1

230

Pre-

Insu

Pre-

Insu

late

d Pi

pe P

rodu

ctio

n / P

ipe

Supp

orts

21-F

eb-1

131

-Jul

-12

75A

3000

Car

rier P

ipe

Pro

cure

men

t21

-Feb

-11

08-J

ul-1

120

A30

10R

aw M

ater

ials

Pro

cure

men

t01

-Mar

-11

31-A

ug-1

126

A30

20P

re-In

sula

ted

Pip

e P

rodu

ctio

n23

-Jun

-11

23-M

ay-1

248

A30

30S

pool

Del

iver

y24

-Aug

-11

21-J

un-1

243

A30

40P

ipe

Sup

ports

01-J

ul-1

131

-Jul

-12

57SE

ET C

oSE

ET C

onst

ruct

ion

03-J

an-1

231

-Jan

-13

57A

4000

Mob

iliza

tion

01-M

ar-1

201

-May

-12

9A

4010

Hea

t tub

e co

uplin

g w

eldi

ng (b

y ot

hers

)03

-Jan

-12

31-J

ul-1

230

A40

20S

EE

T W

ire In

stal

latio

n01

-May

-12

30-N

ov-1

231

A40

30F.

O. t

ube

coup

ling

wel

ding

(by

othe

rs)

03-J

an-1

230

-Jul

-12

30A

4040

F.O

. Cab

le In

stal

latio

n01

-May

-12

30-N

ov-1

231

A40

50S

EE

T E

quip

men

t Ins

talla

tion

30-A

pr-1

228

-Aug

-12

17A

4060

Fiel

d Jo

int I

nsul

atio

n01

-Mar

-12

31-J

an-1

348

Star

tup

Star

tup

and

Com

mis

sion

ing

01-F

eb-1

327

-Jun

-13

21A

5000

SE

ET

Sys

tem

Pre

-com

mis

sion

ing

01-F

eb-1

329

-Mar

-13

8A

5010

Fibe

r Opt

ic S

yste

m P

re-c

omm

issi

oni..

.01

-Feb

-13

29-M

ar-1

38

A50

20S

EE

T S

ite A

ccep

tanc

e Te

st01

-Apr

-13

30-M

ay-1

39

A50

30Fi

ber O

ptic

Site

Acc

epta

nce

Test

01-A

pr-1

330

-May

-13

9A

5040

Sul

phur

Re-

mel

t Tes

t01

-Apr

-13

10-M

ay-1

36

A50

50O

pera

tor T

rain

ing

01-A

pr-1

303

-May

-13

5A

5060

Dem

obili

zatio

n30

-May

-13

27-J

un-1

34

cJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ctN

ovD

ecJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ctN

ovD

ecJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ctN

ovD

ecJa

nFe

b20

1120

1220

1320

14

GA

SC

O S

EE

T E

/P O

nly

- H

Eng

inee

ring

SE

ET

Equ

ipm

ent P

rocu

rem

ent

Pre

-Insu

late

d P

ipe

Pro

duct

ion

/ Pip

e S

uppo

rts

SE

ET

Con

stru

ctio

n Sta

rtup

and

Com

mis

sion

ing

GA

SCO

SEE

T E/

P O

nly

- Hab

shan

Sul

phur

Pip

elin

es05

-Oct

-10

16:4

5

Rem

aini

ng L

evel

of E

ffort

Act

ual L

evel

of E

ffort

Act

ual W

ork

Rem

aini

ng W

ork

Crit

ical

Rem

aini

ng W

ork

Mile

ston

eS

umm

ary

WB

S S

umm

ary

Act

ivity

Pag

e 1

of 1

© P

rimav

era

Sys

tem

s, In

c.

Pro

ject

Sta

rt: 0

3-Ja

n-11

Fi

nish

: 27-

Jun-

13

Dat

a D

ate:

03-

Jan-

11

Pre-

Insu

late

d Pi

pe P

rodu

ctio

n / P

ipe

Supp

orts

21-F

eb-1

131

-Jul

-12

75A

3000

Car

rier P

ipe

Pro

cure

men

t21

-Feb

-11

08-J

ul-1

120

A30

10R

aw M

ater

ials

Pro

cure

men

t01

-Mar

-11

31-A

ug-1

126

A30

20P

re-In

sula

ted

Pip

e P

rodu

ctio

n23

-Jun

-11

23-M

ay-1

248

A30

30S

pool

Del

iver

y24

-Aug

-11

21-J

un-1

243

A30

40P

ipe

Sup

ports

01-J

ul-1

131

-Jul

-12

57SE

ET C

onst

ruct

ion

03-J

an-1

231

-Jan

-13

57A

4000

Mob

iliza

tion

01-M

ar-1

201

-May

-12

9A

4010

Hea

t tub

e co

uplin

g w

eldi

ng (b

y ot

hers

)03

-Jan

-12

31-J

ul-1

230

A40

20S

EE

T W

ire In

stal

latio

n01

-May

-12

30-N

ov-1

231

A40

30F.

O. t

ube

coup

ling

wel

ding

(by

othe

rs)

03-J

an-1

230

-Jul

-12

30A

4040

F.O

. Cab

le In

stal

latio

n01

-May

-12

30-N

ov-1

231

A40

50S

EE

T E

quip

men

t Ins

talla

tion

30-A

pr-1

228

-Aug

-12

17A

4060

Fiel

d Jo

int I

nsul

atio

n01

-Mar

-12

31-J

an-1

348

Pre

-Insu

late

d P

ipe

Pro

duct

ion

/ Pip

e S

uppo

rtsre

-Ina

dp

Pdu

cttio

n i

pr

SE

ET

Con

stru

ctio

nE

TC

ot

Act

ivity

IDA

ctiv

ity N

ame

Sta

rtFi

nish

Dur

atio

n(W

eeks

)

GA

SCO

SG

ASC

O S

EET

EPC

- H

absh

an S

ulph

ur P

ipel

i...

03-J

an-1

120

-Feb

-13

112

A10

00N

otifi

catio

n of

Con

tract

Aw

ard

03-J

an-1

10

Engi

nee

Engi

neer

ing

03-J

an-1

131

-Oct

-11

43A

1010

SE

ET

Des

ign

/ F.O

. Des

ign

03-J

an-1

131

-Oct

-11

43A

1020

Equ

ipm

ent S

peci

ficat

ions

02-M

ay-1

130

-Aug

-11

17A

1030

Fini

te E

lem

ent A

naly

sis

03-J

an-1

130

-Mar

-11

13A

1040

Oth

er S

tudi

es01

-Mar

-11

29-J

ul-1

122

A10

50IF

C P

ipe

Spo

ol D

raw

ings

01-F

eb-1

131

-Aug

-11

30SE

ET E

qSE

ET E

quip

men

t Pro

cure

men

t01

-Jun

-11

30-M

ar-1

244

A20

00S

EE

T Tr

ansf

orm

ers

01-J

un-1

130

-Nov

-11

26A

2010

SE

ET

Con

trol P

anel

01-J

un-1

130

-Dec

-11

31A

2020

Fibe

r Opt

ic C

able

01-J

ul-1

131

-Oct

-11

17A

2030

Fibe

r Opt

ic D

TS01

-Sep

-11

30-M

ar-1

230

Pre-

Insu

Pre-

Insu

late

d Pi

pe P

rodu

ctio

n / P

ipe

Supp

orts

02-M

ay-1

123

-May

-12

56A

3000

Car

rier P

ipe

Del

iver

y (b

y ot

hers

)01

-Jul

-11

0A

3010

Raw

Mat

eria

ls P

rocu

rem

ent

02-M

ay-1

122

-Aug

-11

16A

3020

Pre

-Insu

late

d P

ipe

Pro

duct

ion

01-J

ul-1

109

-Feb

-12

32A

3030

Spo

ol D

eliv

ery

01-S

ep-1

123

-May

-12

38A

3040

Pip

e S

uppo

rts01

-Jul

-11

29-D

ec-1

126

SEET

Co

SEET

Con

stru

ctio

n14

-Oct

-11

13-N

ov-1

257

A40

00M

obili

zatio

n13

-Dec

-11

24-J

an-1

26

A40

10H

eat t

ube

coup

ling

wel

ding

(by

othe

rs)

14-O

ct-1

110

-May

-12

30A

4020

SE

ET

Wire

Inst

alla

tion

24-J

an-1

202

-Oct

-12

36A

4030

F.O

. tub

e co

uplin

g w

eldi

ng (b

y ot

hers

)14

-Oct

-11

10-M

ay-1

230

A40

40F.

O. C

able

Inst

alla

tion

24-J

an-1

202

-Oct

-12

36A

4050

SE

ET

Equ

ipm

ent I

nsta

llatio

n30

-Apr

-12

28-A

ug-1

217

A40

60Fi

eld

Join

t Ins

ulat

ion

21-F

eb-1

213

-Nov

-12

38St

artu

pSt

artu

p an

d Pr

e-co

mm

issi

onin

g16

-Oct

-12

20-F

eb-1

318

A50

00S

EE

T S

yste

m P

re-c

omm

issi

onin

g16

-Oct

-12

12-D

ec-1

28

A50

10Fi

ber O

ptic

Sys

tem

Pre

-com

mis

sion

i...

16-O

ct-1

212

-Dec

-12

8A

5020

SE

ET

Site

Acc

epta

nce

Test

12-D

ec-1

223

-Jan

-13

6A

5030

Fibe

r Opt

ic S

ite A

ccep

tanc

e Te

st12

-Dec

-12

23-J

an-1

36

A50

40S

ulph

ur R

e-m

elt T

est

12-D

ec-1

223

-Jan

-13

6A

5050

Ope

rato

r Tra

inin

g12

-Dec

-12

16-J

an-1

35

A50

60D

emob

iliza

tion

23-J

an-1

320

-Feb

-13

4

cJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ctN

ovD

ecJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ctN

ovD

ecJa

nFe

bM

arA

prM

ayJu

nJu

lA

ugS

epO

ct20

1120

1220

13

GA

SC

O S

EE

T E

PC

- H

absh

an

Eng

inee

ring

SE

ET

Equ

ipm

ent P

rocu

rem

ent

Pre

-Insu

late

d P

ipe

Pro

duct

ion

/ Pip

e S

uppo

rts

SE

ET

Con

stru

ctio

n

Sta

rtup

and

Com

mis

sion

ing

GA

SCO

SEE

T EP

C -

Hab

shan

Sul

phur

Pip

elin

es28

-Sep

-10

16:5

9

Rem

aini

ng L

evel

of E

ffort

Act

ual L

evel

of E

ffort

Act

ual W

ork

Rem

aini

ng W

ork

Wor

k by

Oth

ers

Mile

ston

eS

umm

ary

WB

S S

umm

ary

Act

ivity

Pag

e 1

of 1

© P

rimav

era

Sys

tem

s, In

c.

Pro

ject

Sta

rt: 0

3-Ja

n-11

Fi

nish

: 20-

Feb-

13

Dat

a D

ate:

03-

Jan-

11



Attachment 3Inspection Test Plan

for Pre-manufactured Pipe Spools

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jack

etin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

-1-

IN

SPE

CT

ION

AN

D T

EST

PLA

N F

OR

T

HE

RM

AL

INSU

LAT

ION

& JA

CK

ET

ING

FO

R L

IQU

ID S

ULP

HU

R P

IPE

LIN

E S

YST

EM

Sep

tem

ber 3

0, 2

010

1 R

evis

ed s

ectio

ns u

nder

4B

2 &

4B

3 D

M

RD

R

D

Sep

tem

ber 0

4, 2

010

0 Is

sued

for C

omm

ents

D

M

RD

K

K

Dat

e R

evis

ion

Cha

nge

/ Rev

ised

Des

crip

tion

Prep

ared

By

Rev

iew

ed

By

App

rove

dB

y

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 2 -

1.

INTR

OD

UC

TIO

N

The

purp

ose

of th

is P

erm

a-P

ipe

docu

men

t is

to id

entif

y th

e w

ork

and

the

asso

ciat

ed in

spec

tions

, tes

ts, a

nd q

ualit

y co

ntro

l to

be p

erfo

rmed

by

Per

ma-

Pip

e (P

PM

E) &

cl

ient

from

rece

ipt o

f lin

e pi

pe a

nd fi

tting

s ite

ms

thro

ugh

final

pro

duct

shi

pmen

t. Th

is IT

P p

rovi

des

assu

ranc

e th

at c

ontra

ct a

nd s

peci

ficat

ion

requ

irem

ents

hav

e be

en

met

.

2.

AB

BR

EVIA

TIO

N

A

STM

A

mer

ican

Soc

iety

for T

estin

g of

Mat

eria

ls

N/A

N

ot A

pplic

able

CC

C

Clo

sed

Cel

l Con

tent

O

D

Out

side

Dia

met

er

CoC

C

ertif

icat

e of

Con

form

ity

PO

P

urch

ase

Ord

er

HD

PE

/ P

E

Hig

h D

ensi

ty P

olye

thyl

ene

PP

ME

P

erm

a-pi

pe M

iddl

e E

ast

ISO

Is

ocya

nate

P

U

Pol

yure

than

e

ITP

In

spec

tion

& T

est P

lan

QA

Q

ualit

y A

ssur

ance

k-V

alue

Th

erm

al C

ondu

ctiv

ity V

alue

Q

C

Qua

lity

Con

trol

MS

DS

M

ater

ial S

afet

y D

ata

She

et

TDS

Te

chni

cal D

ata

She

et

MTC

M

ill Te

st C

ertif

icat

e

C.S

. C

usto

mer

spe

cific

atio

n : T

herm

al In

sula

tion

Sys

tem

for L

iqui

d S

ulph

ur P

ipel

ines

Doc

. No.

: SP

-526

4-X

044-

PL-

007

Rev

. 0

3. D

EFIN

ITIO

N

H -

Hol

d D

o no

t pro

ceed

pas

t hol

d po

int w

ithou

t PP

ME

QC

Insp

ecto

r’s o

r Clie

nt’s

Rep

rese

ntat

ive’

s in

spec

tion

as a

pplic

able

. Unl

ess

othe

rwis

e no

ted,

100

% in

spec

tion

is to

be

perfo

rmed

.

A –

Act

ual I

nspe

ctio

n C

lient

’ rep

rese

ntat

ive

to b

e no

tifie

d. P

PM

E Q

C In

spec

tor’s

or C

lient

Rep

rese

ntat

ive’

s in

spec

tion

is re

quire

d as

app

licab

le. 1

: 100

%; 2

: 10

%.

M -

Mon

itor

Act

ivity

can

pro

ceed

. P

PM

E Q

C a

nd C

lient

Rep

rese

ntat

ive

will

mai

ntai

n su

rvei

llanc

e of

pro

cess

by

obse

rvat

ion

or a

udit

of th

e pr

oces

s.

R –

Doc

umen

t Rev

iew

In

add

ition

to a

ny o

ther

qua

lity

or in

spec

tion

activ

ity, P

erm

a an

d C

lient

Rep

rese

ntat

ive

will

revi

ew th

e co

mpl

eten

ess

and

corr

ectn

ess

of

the

docu

men

tatio

n as

soci

ated

with

the

proc

ess.

1: 1

00%

; 2: 1

0%.

W -

Witn

ess

W

itnes

s

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 3 -

4. I

NSP

ECTI

ON

AN

D T

EST

PLA

N

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4A

RA

W M

ATE

RIA

LS

4A

.1

Rec

eipt

of L

ine

pipe

s, h

eat a

nd

optic

al tu

bes

QC

In

spec

tor

1. V

isua

l Ins

pect

ion

of

pipe

s an

d fit

tings

. 2.

Doc

umen

t Rev

iew

.

No

phys

ical

dam

ages

D

eliv

ery

Not

e fro

m th

e su

pplie

r

1. R

aw M

ater

ial

Insp

ectio

n R

epor

t 2.

Mill

Test

C

ertif

icat

e

A

1/R

1

4A

.2

Rec

eipt

ve

rific

atio

n of

PU

R

foam

insu

latio

n m

ater

ials

QC

In

spec

tor

1. V

erify

pol

yol a

nd

isoc

yana

te b

ulk

mat

eria

l co

nfor

ms

to

requ

irem

ents

of P

O a

nd

data

she

ets

2. A

vera

ge d

ensi

ty s

hall

be 5

0kg/

m3

Con

form

ance

of b

atch

bu

lk m

anuf

actu

rer’s

B

atch

Cer

tific

ate

1. P

O

requ

irem

ents

2. C

.S.:

Doc

. N

o. S

P-5

264-

X044

-PL-

007

Rev

. 0

1. M

anuf

actu

rer’s

B

atch

ce

rtific

ate

2. T

DS

3.

MS

DS

4.

Raw

Mat

eria

l In

spec

tion

Rep

ort.

A

1/R

1

4A

.3

Rec

eipt

ve

rific

atio

n of

M

iner

al W

ool

QC

In

spec

tor

1. V

erify

min

eral

woo

l co

nfor

ms

to P

O a

nd

data

she

ets

2. D

ensi

ty s

hall

be 1

68-

187

kg/m

3

Con

form

ance

of

Man

ufac

ture

r’s B

atch

C

ertif

icat

e

1. P

O

requ

irem

ents

2. C

.S.:

Doc

. N

o. S

P-5

264-

X044

-PL-

007

Rev

. 0

1. M

anuf

actu

rer’s

B

atch

ce

rtific

ate

2. T

DS

3.

MS

DS

4.

Raw

Mat

eria

l In

spec

tion

Rep

ort.

A

1/R

1

4A

.4

Rec

eipt

ve

rific

atio

n of

P

erlit

e in

sula

tion

mat

eria

l

QC

In

spec

tor

1. V

erify

per

lite

mat

eria

l co

nfor

ms

to P

O

requ

irem

ents

and

dat

a sh

eets

2.

Den

sity

sha

ll be

160

-21

0 kg

/m2.

Con

form

ance

to c

arto

n m

arki

ngs,

con

tent

s,

man

ufac

ture

r’s C

oC

1. P

O

requ

irem

ents

2. C

.S.:

Doc

. N

o. S

P-5

264-

X044

-PL-

007

Rev

. 0

1. M

anuf

actu

rer’s

B

atch

ce

rtific

ate

2. T

DS

3.

MS

DS

4.

Raw

Mat

eria

l In

spec

tion

Rep

ort.

A

1/R

1

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 4 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4A

.6

Rec

eipt

ve

rific

atio

n of

H

DP

E / A

lum

iniu

m

exte

rnal

jack

et

mat

eria

ls

QC

In

spec

tor

Ver

ify H

DP

E b

ulk

mat

eria

l co

nfor

ms

to re

quire

men

ts

of P

O a

nd d

ata

shee

ts

Ver

ify A

lum

iniu

m s

heet

co

nfor

m to

the

requ

irem

ents

Con

form

ance

of

ship

ping

pac

kage

m

arki

ng, c

onte

nts.

1. P

O

requ

irem

ents

2. C

.S.:

Doc

. N

o. S

P-5

264-

X044

-PL-

007

Rev

. 0

1. M

anuf

actu

rer’s

B

atch

ce

rtific

ate

2. T

DS

3.

MS

DS

4.

Raw

Mat

eria

l In

spec

tion

Rep

ort.

A

1/R

1

4B

THER

MA

L IN

SULA

TIO

N &

JA

CK

ETIN

G

4B1

INN

ER L

AYE

R O

F PE

RLI

TE IN

SULA

TIO

N &

OU

TER

LA

YER

WIT

H P

OLY

UR

ETH

AN

E FO

AM

(PU

R) I

NSU

LATI

ON

4B

1.1

Vis

ual I

nspe

ctio

n of

inco

min

g pi

pes,

he

at a

nd o

ptic

al

tube

s fo

r any

da

mag

es.

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

Che

ck w

heth

er th

e pi

pes,

he

at a

nd o

ptic

al tu

bes

are

free

from

any

dam

ages

du

ring

trans

it, a

ny c

oatin

g da

mag

es.

No

sign

ifica

nt c

oatin

g da

mag

es, n

o de

nts

on

the

pipe

s an

d tu

bes.

-

-

M

4B

1.2

Vis

ual i

nspe

ctio

n of

inco

min

g pi

pes

for c

lean

lines

s

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

Che

ck fo

r vis

ible

cl

eanl

ines

s an

d dr

ynes

s

Pip

es s

hall

be fr

ee o

f di

rt, s

and,

oil,

gre

ase

or

wat

er- o

ther

wis

e cl

eane

d

-

-

M

4B

1.3

Insp

ectio

n of

pe

rlite

seg

men

ts

prio

r to

inst

alla

tion

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

Vis

ual I

nspe

ctio

n of

Per

lite

Dam

ages

/cra

cks/

gaps

du

ring

trans

it to

be

fille

d w

ith P

erlit

e m

ater

ial

P

erlit

e Fi

xing

in

spec

tion

Rep

ort

A

1/R

1

4B

1.4

Inst

alla

tion

insp

ectio

n of

pe

rlite

seg

men

ts

on p

ipes

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

1.Ti

ght f

it of

per

lite

segm

ents

to p

ipe,

with

m

inim

um g

aps

2. P

erlit

e th

ickn

ess

mea

sure

men

t.

1. A

ll ga

ps, s

eam

s, a

nd

open

ings

(if a

ny) f

illed

with

fille

r cem

ent

2. F

or 8

” pip

elin

e sy

stem

: Per

lite

C.S

.: D

oc. N

o.

SP-5

264-

X04

4-P

L-00

7 R

ev. 0

C

ross

-sec

tiona

l

Per

lite

Fixi

ng

insp

ectio

n R

epor

t

A

1/R

1

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 5 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

thic

knes

s sh

all b

e 89

mm

. Fo

r 12”

pip

elin

e sy

stem

: Per

lite

thic

knes

s sh

all b

e 64

mm

.

Dra

win

gs

4B

1.5

Wra

p se

ran

wra

p an

d al

umin

um

tape

ove

r per

lite

oute

r sur

face

s

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

Tigh

t fit

of a

lum

inum

tape

to

per

lite

with

out g

aps

or

maj

or w

rinkl

es

Per

lite

com

plet

ely

cove

red

with

out g

aps

or

maj

or w

rinkl

es

A

1/R

1

4B

1.6

Rel

ease

of P

erlit

e ap

plie

d pi

pes

for

PU

R in

sula

tion

QC

In

spec

tor

All

activ

ity m

entio

ned

abov

e is

com

plet

ed

Per

lite

Fixi

ng In

spec

tion

Rep

ort

P

erlit

e Fi

xing

In

spec

tion

Rep

ort

A

1

4B2

POLY

UR

ETH

AN

E FO

AM

(PU

R) S

PRA

Y IN

SULA

TIO

N &

PE

JAC

KET

ING

4B

2.1

Atm

osph

eric

C

ondi

tion,

tw

ice/

shift

QC

In

spec

tor

Tem

p. M

easu

rem

ent

Pip

e su

rface

Te

mpe

ratu

re s

hall

be

>30 C

abo

ve d

ew p

oint

.

P

roce

ss

Insp

ectio

n R

epor

t

A1

4B

2.2

Witn

ess

PU

R

spra

ying

on

the

pipe

s

QC

In

spec

tor

Witn

ess

spra

y of

firs

t pip

e

Vis

ual a

nd D

imen

sion

al

acce

ptab

ility

PU

thic

knes

s sh

all b

e as

per

pro

duct

cod

e m

entio

ned

in d

iffer

ent

optio

ns

Pro

cess

In

spec

tion

Rep

ort.

A1

4B

2.3

Den

sity

Che

ckin

g of

PU

R S

pray

sa

mpl

e ta

ken

befo

re s

tart

up.

Pro

dn.

Sup

ervi

sor

/ QC

In

spec

tor

Che

ck th

at th

e D

ensi

ty

conf

orm

s to

the

requ

irem

ent

Foam

den

sity

sha

ll be

�

50 k

g/m

2.

PPM

E T

est

Pro

cedu

re o

n D

ensi

ty. T

est

Met

hod

as p

er

ASTM

D 1

622

/ 79

2

Test

Rec

ords

M

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 6 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4B

2.4

Ver

ify P

UR

spr

ay

foam

pro

perti

es

once

per

shi

ft

QC

In

spec

tor

Den

sity

of s

pray

foam

from

an

y on

e pi

pe ra

ndom

ly

sele

cted

, onc

e pe

r shi

ft.

Den

sity

�50

kg/

m3

PPM

E T

est

Pro

cedu

re o

n D

ensi

ty. T

est

Met

hod

AST

M D

16

22 /

792

Test

Rec

ords

A1

4B

2.5

Ver

ify P

UR

spr

ay

foam

pro

perti

es

once

per

shi

ft

QC

In

spec

tor

Com

pres

sive

stre

ngth

(�c)

of s

pray

foam

from

any

on

e pi

pe ra

ndom

ly

sele

cted

, onc

e pe

r shi

ft.

� c �

300

KPa.

PPM

E T

est

Pro

cedu

re o

n C

ompr

essi

ve

stre

ngth

. Tes

t M

etho

d A

STM

D

1621

.

Test

Rec

ords

A1

4B

2.6

Ver

ify P

UR

spr

ay

foam

pro

perti

es

once

per

shi

ft

QC

In

spec

tor

Clo

sed

cell

cont

ent (

CC

C)

of s

pray

foam

from

any

on

e pi

pe ra

ndom

ly

sele

cted

, onc

e pe

r shi

ft.

CC

C �

88

%

PPM

E T

est

Pro

cedu

re o

n C

lose

d C

ell

Con

tent

. Tes

t M

etho

d A

STM

D

6226

Test

reco

rds

A1

4B

2.7

Ver

ify P

UR

spr

ay

foam

pro

perti

es

once

per

shi

ft

QC

In

spec

tor

Ther

mal

Con

duct

ivity

(k-

valu

e) o

f spr

ay fo

am fr

om

any

one

pipe

rand

omly

se

lect

ed, o

nce

per s

hift.

k-va

lue �

0.0

23 W

/m-K

@

23.

50 C

PPM

E T

est

Pro

cedu

re o

n Th

erm

al

Con

duct

ivity

Te

st M

etho

d AS

TM C

518

Test

Rec

ords

A1

4B

2.8

Ver

ify P

UR

spr

ay

foam

pro

perti

es

once

per

shi

ft

QC

In

spec

tor

Wat

er a

bsor

ptio

n of

spr

ay

foam

from

any

one

pip

e ra

ndom

ly s

elec

ted,

onc

e pe

r shi

ft

Wat

er a

bsor

ptio

n <

10%

PPM

E T

est

Pro

cedu

re o

n W

ater

A

bsor

ptio

n.

Test

Met

hod

BS

E

N 2

53

Test

Rec

ords

A1

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 7 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4B

2.9

Fini

sh u

nits

afte

r P

UR

spr

ay.

Pro

dn.

Sup

ervi

sor

/ QC

In

spec

tor

Che

ck th

e O

D o

f the

fin

ishe

d pi

pe m

easu

red

by

usin

g a

Pi-T

ape

Fina

l OD

sha

ll be

as

per t

he c

usto

mer

re

quire

men

t

-

Pro

cess

In

spec

tion

Rep

ort

A1

4B

2.10

A

pply

PU

R s

pray

on

to th

e pi

pes

QC

In

spec

tor

Che

ck w

heth

er th

e th

ickn

ess

mee

ts th

e re

quire

men

t

PU

thic

knes

s sh

all b

e as

follo

ws

For 8

” pip

elin

e sy

stem

: 75

mm

Fo

r 12”

pip

elin

e sy

stem

: 60

mm

Cro

ss-s

ectio

nal

Dra

win

gs

Pro

cess

In

spec

tion

Rep

ort.

A1

4B

2.11

Fi

nish

uni

ts a

fter

PU

spr

ay a

nd

extru

ded

HD

PE

jack

et a

pplic

atio

n ev

ery

pipe

.

Pro

dn.

Per

sonn

el

Cut

back

leng

th c

ut a

nd

rem

ove

PU

and

PE

ex

cess

.

C.S

.: D

oc. N

o.

SP-5

264-

X04

4-P

L-00

7 R

ev. 0

Vis

ual &

D

imen

sion

al

Insp

ectio

n R

epor

t

A

1/R

1

4B

3 IN

NER

LA

YER

OF

A C

OM

BIN

ATI

ON

OF

PER

LITE

& M

INER

AL

WO

OL

AN

D O

UTE

R L

AYE

R O

F PO

LYU

RET

HA

NE

FOA

M (P

UR

) IN

SULA

TIO

N

P

leas

e re

fer t

o se

ctio

ns 4

B1

for P

erlit

e in

stal

latio

n &

4B

2 fo

r PU

R in

sula

tion

exce

pt fo

r thi

ckne

ss. T

estin

g of

PU

R s

pray

foam

pro

perti

es a

re a

s pe

r 4B

2.

4B

3.1

App

ly M

iner

al

Woo

l abo

ve th

e tra

cer t

ubes

upt

o 3/

4th o

f the

pip

e ci

rcum

fere

nce

QC

In

spec

tor

1. E

nsur

e tig

ht fi

t of

min

eral

woo

l ont

o th

e pi

pes

2. E

nsur

e th

at th

e he

at

and

optic

tube

s ar

e co

vere

d

Min

eral

Woo

l thi

ckne

ss

shal

l be

as fo

llow

s:

For 8

” pip

elin

e sy

stem

: 76

mm

. Fo

r 12”

pip

e lin

e sy

stem

: 64

mm

.

1. C

.S.:

Doc

. N

o. S

P-5

264-

X044

-PL-

007

Rev

. 0

2. C

ross

-se

ctio

nal

Dra

win

gs

Insp

ectio

n R

epor

t

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 8 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4B

3.2

Inst

alla

tion

of

perli

te s

egm

ents

on

the

botto

m s

ide

cove

ring

bala

nce

1/4th

of t

he p

ipe

circ

umfe

renc

e

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

1.Ti

ght f

it of

per

lite

segm

ents

to p

ipe,

with

m

inim

um g

aps

2. P

erlit

e th

ickn

ess

mea

sure

men

t.

1. A

ll ga

ps, s

eam

s, a

nd

open

ings

fille

d w

ith fi

ller

cem

ent

2. F

or 8

” pip

elin

e sy

stem

: Per

lite

thic

knes

s sh

all b

e 76

mm

. Fo

r 12”

pip

elin

e sy

stem

: Per

lite

thic

knes

s sh

all b

e 64

mm

.

1. C

.S.:

Doc

. N

o. S

P-5

264-

X04

4-PL

-007

R

ev. 0

2.

Cro

ss-

sect

iona

l D

raw

ings

Per

lite

Fixi

ng

insp

ectio

n R

epor

t

A

1/R

1

4B

3.3

Wra

p w

ith s

eran

w

rap

and

alum

inum

tape

ov

er th

e m

iner

al

woo

l and

per

lite

surfa

ces

Insu

latio

n su

perv

isor

/ Q

C

Insp

ecto

r

Tigh

t fit

of s

eran

wra

p an

d al

umin

ium

tape

Per

lite

com

plet

ely

cove

red

with

out g

aps

or

maj

or w

rinkl

es

Cro

ss-s

ectio

nal

Dra

win

gs

A

1/R

1

4B

3.4

App

ly P

UR

Spr

ay

onto

the

first

laye

r of

insu

latio

n

QC

In

spec

tor

Che

ck w

heth

er th

e th

ickn

ess

mee

ts th

e re

quire

men

t

PU

thic

knes

s sh

all b

e as

follo

ws

For 8

” pip

elin

e sy

stem

: 75

mm

Fo

r 12”

pip

elin

e sy

stem

: 60

mm

Cro

ss-s

ectio

nal

Dra

win

gs

Pro

cess

In

spec

tion

Rep

ort.

A1

4B

4 FI

NA

L IN

SPEC

TIO

N

4B

4.1

Insp

ect u

nits

for

acce

ptan

ce 1

0 pi

pes

/ shi

ft.

Pro

dn.

Sup

ervi

sor

/ QC

In

spec

tor

Che

ck fo

r jac

ket s

urfa

ce

cond

ition

s ra

ndom

ly o

n 10

pi

pes

per s

hift.

Vis

ual a

ppea

ranc

e of

ja

cket

.

- V

isua

l &

Dim

ensi

onal

In

spec

tion

Rep

ort

A

1/R

1

Title

: IT

P fo

r The

rmal

Insu

latio

n &

Jac

ketin

g fo

r Liq

uid

Sul

phur

Pip

e Li

ne S

yste

m

Ref

. No.

: Q

AD

-PLN

-002

-020

-10-

RE

V1

Ow

ner:

Q

HSE

La

st U

pdat

ed:

Sep

tem

ber 3

0, 2

010

Rev

. No.

: 1

Page

s:

- 9 -

Sl. N

o.

Insp

ectio

n/ T

est

Act

ivity

Pe

rfor

med

B

y Q

ualit

y C

hara

cter

istic

In

spec

tion/

Test

A

ccep

tanc

e C

riter

ia

Clie

nt R

ef/

Perm

a-Pi

pe

refe

renc

e Ve

rific

atio

n D

ocum

ents

RES

PON

SIB

ILIT

IES

PPM

E Q

C

CLI

ENT

4B

4.2

Mea

sure

OD

of

insu

late

d an

d ja

cket

ed u

nits

10

pipe

s / s

hift.

Pro

dn.

Sup

ervi

sor

/ QC

In

spec

tor

Mea

sure

OD

from

FIN

AL

insp

ectio

n ta

ble

at 3

eq

uidi

stan

t loc

atio

ns,

usin

g a

�-ta

pe o

n se

lect

ed

pipe

s.

As

per C

usto

mer

sp

ecifi

catio

n

- V

isua

l &

Dim

ensi

onal

In

spec

tion

Rep

ort

A1

4B

4.3

Mar

king

in

prep

arat

ion

for

ship

men

t

End

fin

ishi

ng

Sup

ervi

sor

Eac

h pi

pe s

hall

be

iden

tifie

d ac

cord

ing

to

cust

omer

requ

irem

ents

Labe

ls a

nd s

tam

ps

shal

l be

legi

ble.

C.S

.: D

oc. N

o.

SP-5

264-

X04

4-P

L-00

7 R

ev. 0

Rel

ease

not

e fro

m

cust

omer

A

2/R

1

4B

4.4

Rel

ease

pip

e fo

r st

orag

e / s

hipm

ent

QA/

QC

de

pt

All

prod

uctio

n an

d IT

P ac

tivity

hav

e be

en

com

plet

ed a

nd v

erifi

ed

All

requ

ired

prod

uctio

n ac

tivity

, ins

pect

ions

, an

d m

easu

rem

ents

m

eet r

equi

rem

ents

and

sp

ools

hav

e be

en

reco

rded

on

tally

she

et.

This

ITP

1.) V

isua

l &

Dim

ensi

onal

In

spec

tion

Rep

ort.

2.) R

elea

se N

ote

H

/R1



Attachment 4Field Services Rate Sheet

Attachment 4 - Field Services Pricing for GASCO Project Effective: September 1, 2010

ServicesField Support Services (FSS) US dollars

FIELD SUPPORT SERVICES –

FIELD SERVICE RATESNorth America Ex-pat Base Rate - 8 hour day; (minimum daily charge is 8 hours) $ 2,000.00 /man/dayMiddle East Regional Ex-pat - 8 hours day; (minimum daily charge is 8 hours) $ 440.00 /man/day

North America Ex-pat Overtime - 1.5X Base Rate for all service time in excess of 8 hrs/day or 48 hrs/week $ 375.00 /man/hourMiddle East Regional Ex-pat Overtime - 1.5X Base Rate for all service time in excess of 8 hrs/day or 48 hrs/week $ 82.50 /man/hour

Standby service time is considered normal work hours as per service rates.

TRAVEL RATESAll North America Ex-pat travel hours (except company holiday) will be billed portal to portal $ 175.00 /man/hourAll Middle East Regional Ex-pat travel hours (except company holiday) will be billed portal to portal $ 38.50 /man/hour

All North America Ex-pat travel hours on company holiday will be charged at 2X the standard travel rate $ 350.00 /man/hourAll Middle East Regional Ex-pat travel hours on company holiday will be charged at 2X the standard travel rate $ 77.00 /man/hour

Travel hours billed will not exceed 16 hours per trip per person

EXPENSES

SERVICE POLICY

A) - by purchaser, its employees, contractors, or their employees, agents, or subcontractors,B) - by failure to observe the Tyco FSS representative instructions, C) - by failure or malfunctioning of any tools, equipment, or facilities not furnished by Tyco, or

Tyco Thermal Controls reserves the right to select the appropriate global ex-pat to accomplish the purchaser requested scope of work.

Tyco FSS representatives provide a suite of Field Support Services including Quality Assurance Representative, Audits, Pre-Commissioning, Commissioning, Start-Up, Training, Troubleshooting, Heat Trace System Consultation, and customized technical assistance to customers in all areas of Heat Trace System installation, operation, and management.

All travel, rentals and lodging expense will be billed at cost, plus a 15% administration charge.

All meals and incidental costs will be billed at a $50/day per diem. No receipts will be supplied.

Tyco Thermal Controls shall in no case be liable for loss or injury to persons or property (including the equipment installed) caused in whole or in part

D) - by failure of equipment, the installation of which was not observed or approved by Tyco FSS representative.

The purchaser shall, without cost to Tyco, provide access to the work by disassembling, removing, and replacing any equipment, materials, or structures to the extent necessary to facilitate the work.

Terms — Per final contract agreement.

Expedite rates (service required with less than 10 days notice) – 1.5X Above Applicable Rate for all service

Tyco Thermal Controls Confidential Page 1



Attachment 5SEET Construction Organizational Chart

Pro

ject

Man

ager

Exe

cutiv

eS

pons

or

Labo

r Log

istic

s /

Hum

an R

esou

rces

• P

erm

its •

Wor

k V

isas

• Tr

avel

C

oord

inat

ion

Pro

ject

Con

trols

/ Pr

ojec

t Acc

ount

ing

• P

rogr

ess

R

epor

ting

• C

ost R

epor

ting

• In

voic

ing

• Sc

hedu

ling

Fiel

d E

lect

rical

Su

perin

tend

ent

SK

IN E

FFE

CT

ELE

CTR

ICA

L TR

AC

E (S

EE

T)Fi

eld

Con

stru

ctio

n O

rgan

izat

iona

l Cha

rt

SEE

TE

lect

rical

• W

ire P

ull

• S

plic

es •

Term

inat

ions

ATT

AC

HM

EN

T 5

SE

ET

Glo

bal

Pro

duct

Man

ager

SEET

Maj

or

Equi

pmen

t

• S

EE

T P

anel

s •

Tran

sfor

mer

s •

Pre

-com

mis

sion

ing

&

Tur

nove

r

Fibe

rO

ptic

s

• D

TS •

Fibe

r Pul

l •

Pre

-com

mis

sion

ing

&

Tur

nove

rSite

Man

ager

Site

Saf

ety

Offi

cer

Fiel

d In

sula

tion

Sup

erin

tend

ent

• M

etal

Cut

& R

oll

• Fi

eld

Join

ts /

E

lbow

s •

Pipe

line

Cla

ddin

g •

Sup

plem

enta

l

Hea

ting

On-

Site

Mat

eria

ls

Mgm

t / L

ogis

tics

Coo

rdin

ator

• Fa

bric

atio

n

Faci

lity

• W

areh

ouse

M

gmt.

• C

rew

Sup

port

Fiel

d Q

ualit

y A

ssur

ance

• Hea

t Tub

e &

C

oupl

ings

• S

EE

T W

iring

• In

sula

tion

• Fi

ber O

ptic

s

Pre

-Insu

latio

nC

oord

inat

or

• Q

.A. O

vers

ight

• M

ater

ials

Mgm

t.

/ Log

istic

s •

Con

tract

Mgm

t. •

Sche

dulin

g /

S

eque

ncin

g