| Project Name |
Client |
Project Highlights |
Finish Date |
| Agbami Field Development;Offshore Nigeria |
Star Deepwater Petroleum (Texaco)
|
Front End Engineering Design for the development of EPIC bid packages for an FPSO and subsea systems including flowlines, risers and export loading systems for a major field development in 1,400 m water depth. |
Ongoing |
| Unocal Venture 76 Alliance,Houston, TX |
Unocal 76
|
Engineering assistance in the development of Gulf of Mexico oil and gas prospects using subsea production technology. |
Ongoing |
| SOI Gulf of Mexico Subsea Partnering Agreement |
Shell Offshore, Inc.
|
Engineering assistance in the development of deepwater Gulf of Mexico oil and gas prospects using subsea production technology. |
Ongoing |
| Zafiro DevelopmentPhases 1 to 4, West Africa |
Mobil Equitorial Guinea
|
Phase I to 4 consisted of 22 subsea wells tied back to a Floating Production Storage and Offloading (FPSO) System. Initial production was achieved within a record 18 months after discovery. A gas lift system, an SPM and a floating flare were also installed. |
2003 |
| Canyon Express, Gulf of Mexico |
TotalFina Elf, BP, Marathon
|
Front End Engineering Design and procurement support for subsea equipment and flowlines for 3 gas fields: Aconcagua (TFE), King's Peak (BP), and Camden Hills (Marathon). Dual 12-inch flowlines transport gas approximately 48 miles. |
2002 |
| Scarab/Saffron Field Development;Offshore Egypt |
Burullus Gas Company
|
Deepwater Managing Contractor (DMC) for an 8 well subsea field development in 700 m water depth with dual 52 mile long pipelines to an onshore gas processing plant. |
2002 |
| Europa Field,Gulf of Mexico |
Shell Deepwater (SDDSI)
|
GOM oil development in 4,000 ft water depth, multi-well subsea manifold with dual 20 mile PIP insulated flowlines tied back to MARS TLP. |
2001 |
| Macaroni Field,Gulf of Mexico |
Shell Deepwater (SDDSI)
|
Three subsea oil wells with a cluster manifold in GB 602 tied back 12 miles to the Auger TLP. |
2001 |
| Gyrfalcon, Gulf of Mexico |
Total Offshore Production Systems (TOPS), Houston, TX
|
The Gyrfalcon Project consists of a 2.7 mile, single well tie-back from an existing high pressure, deep gas well located in Green Canyon 20. The water depth at the well is 885 ft whereas the water depth at the Shell Boxer Host Platform is 750 ft. The existing 17,860 ft deep well with an initial reservoir pressure of 14,752 psi has been completed and two phase flow will be produced through a Flowline Termination Sled and a nominal 6-inch heavy wall flowline to the Boxer Platform in GC 19. All subsea connections planned for ROV operations were executed successfully. The Gyrfalcon Project includes the following industry firsts: First 15K subsea tree; First 15 K chemical injection system; First 15K Super Duplex umbilical and first flexible flying leads rated 12,5000 psi; First 12.2K flexible riser (5-inch ID). |
2000 |
| Kuito Phase 1B/1C, West Africa |
Chevron/ Cabinda Gulf Oil
|
Preliminary Engineering of Phases 1B and 1C options for 16 well tie-backs to an existing FPSO in 1,300 ft water depth. |
1999 |
| State of the Art Subsea Configurations |
Chevron
|
Engineering study to review the state of the art in subsea configurations. |
1999 |
| MODU SIMOPS Installation Safety |
Chevron
|
Engineering study to evaluate impact on cost and schedule using simultaneous operation installation methods. |
1999 |
| Pluto Subsea Development,Gulf of Mexico |
Mariner Energy, Inc.
|
The Pluto Field Development is located approximately 60 miles off the south-eastern coast of Louisiana in Mississippi Canyon Block 674, in the Gulf of Mexico. It is operated by a joint venture between Burlington Resources and Mariner Energy Inc. At the present time the 29 mile 8-inch steel flowline is the second longest subsea tie-back in the Gulf of Mexico. The field will produce gas condensate with an initial flow rate of 70 MMCFD through a rigid jumper to a Cameron designed PLET to the host platform. |
1999 |
| Angus Field,Gulf of Mexico |
Shell Deepwater (SDDSI)
|
Four subsea oil wells with an 8-slot cluster manifold tied back 12 miles with two 8-inch multi-phase flowlines to the Bullwinkle Platform. |
1999 |
| Angola Block 15 Phases I, II and III, West Africa |
Exxon Upstream Develop-ment Company
|
Development and costing of concepts for the deepwater development including subsea configuration, flowlines, umbilicals and risers to a FPSO and DDCV. |
1999 |
| Dulcimer Field Development,Gulf of Mexico |
Mariner Energy, Inc
|
Project management, flow assurance, detailed design, inspection, construction planning and installation supervision for GB 236 Platform using dual 4.5-inch steel flowline. The 14 mile dual 4-inch steel flowline tied back to a Chevron platform in Garden Banks Block 236 is one of the top ten longest subsea tie-back in the Gulf of Mexico. This fast track development produces gas condensate at a flow rate of 60 MMCFD. |
1999 |
| West Delta Deep Marine Field Development, Egypt |
British Gas
|
Risk assessment and forward planning for field developments. This work was subsequently followed by the FEED for the subsea development. |
1999 |
| Valve Leak Testing Procedures |
Shell Offshore, Inc.
|
Developed testing procedure and a MS Excel/97/Visual basic program for leak testing of Underwater Safety Valves (USV) and Surface Controlled Subsurface Safety Valves (SCSSV). |
1999 |
| Gemini MC292,Gulf of Mexico |
Texaco, Inc
|
Texaco/Chevron partnership to develop a 3-well cluster tie-back to VK 900. Dual 12-inch gas flowlines, 28 miles long in 3,400 ft water depth. |
1999 |
| Fuji Development Phase I and II,Gulf of Mexico |
Texaco, Inc
|
Subsea tie-back to EPS in 4,300 ft water depth. |
1999 |
| Mensa Field,Gulf of Mexico |
Shell Offshore, Inc.
|
GOM high rate gas well development in 5,300 ft water depth with a 60 mile tie-back to shallow water platform. |
1999 |
| Matterhorn,Gulf of Mexico |
Elf Exploration, Inc.
|
Conceptual engineering of field development options for 4 subsea oil and gas wells and manifolds in 3,300 ft water depth, tied back to a host platform 12 miles away in 1,000 ft water depth. |
1998 |
| Malampaya, Philippines |
Cooper Cameron
|
System design engineering support for Cameron's subsea system. |
1998 |
| MC 764 (King),Gulf of Mexico |
Shell Offshore, Inc.
|
Conceptual engineering for 1 to 3 wells in 3,285 ft water depth tied back 3 miles to Mars TLP. |
1998 |
| Standardized Deepwater Subsea System |
Unocal
|
Prepared functional specifications for standardized subsea tree, wellheads and completions. |
1998 |
| Gorgon Field,Western Australia |
Texaco
|
Texaco/Mobil partnership to develop subsea concept for 4 large gas fields; subsea tie-back to a shallow water platform, 1,600 ft to 4,000 ft water depth. |
1998 |
| Boomvang, GOM |
Total Offshore Production System (TOPS)
|
Feasibility and preliminary engineering for 3 to 8 subsea wells and cluster manifolds in 3,800 ft water depth tied back 40 miles to the Snapper Platform. |
1998 |
| Ursa Field,Gulf of Mexico |
Shell Offshore, Inc.
|
System engineering and cost estimating for concept selection for field development, including up to 2 satellite subsea wells in 4,030 ft water depth. |
1998 |
| Garden Banks 397/441 Field Development, Gulf of Mexico |
Seagull Exploration
|
FEED study including infrastructure survey, threshold case production system concept selection, and economics and selection of deepwater development case for GB 397/441 in 1,500 ft to 2,500 ft water depth. |
1997 |
| Oyster and Arnold Field Developments,Gulf of Mexico |
Marathon
|
Oyster Field, 1-well and Arnold, 2-well tie-backs to the Bullwinkle Platform. |
1997 |
| Arnold Field, Gulf of Mexico |
Marathon
|
Preliminary engineering, equipment specification, bid support, systems engineering, SIT planning and execution, installation planning and coordination for 2 subsea wells in 1,750 ft water depth, tied back to the Bullwinkle Platform. |
1997 |
| Ladybug Field,Gulf of Mexico |
Texaco
|
Detailed engineering for 2 subsea wells in 1,360 ft water depth, tied back to a platform 18 miles away. |
1997 |
| Anton Marin Field Development,Gabon, West Africa |
Vanco Energy
|
Field concept development, systems engineering, and feasibility study of a multiple subsea well clusters and manifolds tied back to an FPSO in 6,000 ft water depth. |
1997 |
| Knight Field Development,Gulf of Mexico |
Santa Fe
|
Preparation of the cost estimate, development schedule, project development plan, conceptual DWOP, general construction specification, and subsea equipment functional specifications for a single satellite gas well in 1,530 ft water depth at GB 372 tied back 15 miles with dual 6-inch flowlines to Chevron Platform at GB 236. |
1997 |
| Tahoe II FieldVK 783/784 Development,Gulf of Mexico |
Shell Offshore, Inc.
|
Six subsea gas wells and 3 subsea oil wells in VK 783/784 tied back 12 miles to the Bud Platform. |
1997 |
| Ruby Field,Gulf of Mexico |
Santa Fe
|
Preparation of cost estimate, development schedule, project development plan, conceptual DWOP, general construction specification and subsea equipment functional specifications for a dual oil/gas wells and a 4-well cluster manifold in 1,370 ft water depth at EB 919 and future wells in 1,540 ft water depth at EB 920 tied back dual flowlines to the Lobster Platform at EB 873. |
1997 |
| West Africa Deep Water Development |
Texaco, Inc.
|
Strategic planning study of offshore Nigeria and Central Niger Delta prospects. |
1997 |
| Helland-Hansen Field Development, Norwegian North Sea |
A/S Norske Shell
|
Field conceptual systems engineering and feasibility study of combined multiple dry-well TLP and subsea FPSO tie-back in 2,800 ft water depth. |
1996 |
| Mosquito-Hawk,Gulf of Mexico |
Texaco, Inc.
|
Conceptual and engineering feasibility study for a GB 269 gas development consisting of 4 subsea wells with a cluster manifold in 1,100 ft water depth tied back 24 miles to the Tick Platform at GB 189. |
1996 |
| Popeye Field Development,Gulf of Mexico |
Shell Offshore, Inc.
|
Two subsea gas wells in Green Canyon Block 72/73/116/117, in 2,040 ft water depth connected by steel flowline jumpers to a manifold, and then by dual 6.625-inch flowlines, steel tube umbilical and power cable to the Cougar Platform 25 miles away. |
1996 |
| Olivella (Troika)Gulf of Mexico |
Shell Offshore, Inc.
|
Conceptual design, flow assurance, engineering feasibility study for two cases of a subsea tie-back of up to 8 subsea oil wells with a cluster manifold in 2,750 ft water depth. One case considering a 14 mile tie-back to the Bullwinkle Platform and the other considering a floating production facility. |
1995 |
| Brutus,Gulf of Mexico |
Shell Offshore, Inc.
|
Concept development and feasibility of a base case from four subsea options of a subsea tie-back of four GC158 oil wells in 2,880 ft water depth 16 miles to the Bullwinkle Platform. |
1995 |
| Shasta/Mustique Development,Gulf of Mexico |
Hardy Oil Company
|
Subsea development of two oil wells in the Gulf of Mexico. |
1995 |
| Eugene Island 364 Development,Gulf of Mexico |
Louisiana Land and Exploration Company
|
Single subsea gas completion tied back 4.1 miles to the EI 364 Platform with dual rigid flowlines. |
1995 |
| Garden Banks 235 Development,Gulf of Mexico |
Louisiana Land and Exploration Company
|
Subsea development of a satellite gas well tied back 6 miles in 806 ft water depth to a shallow water platform. |
1995 |
| Mississippi Canyon 401/445 Development, Gulf of Mexico |
Oryx Energy
|
Four subsea gas wells in 1,500 to 21 ft water depths individually tied back to a shallow water platform with flexible flowlines and control umbilical. |
1994 |
| Rocky Satellite Well (GC 110) Development,Gulf of Mexico |
Shell Offshore, Inc.
|
Subsea oil well at Green Canyon Block 110 in 1,800 ft water depth, tied back to the Bullwinkle Platform 4 miles away. Flowlines are dual 3.5-inch inside 6.625-inch jacket pipe with insulated annulus. Flexible jumpers connect the subsea tree to the flowline tie-in sled. |
1994 |
| Texaco DeepStar Project |
Texaco, Inc.
|
Joint industry project for deepwater Gulf of Mexico oil and gas developments. |
1993 |
| Liuhua Field Development,South China Sea |
Amoco Production Company
|
Oilfield development in 1,000 ft water depth involving an FPS moored over 24 subsea manifolded wells. Each well connected to surface by a control umbilical and power cable. System connected to FPSO by flowlines and flexible risers. |
1993 |
