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BRAZIL: POLVO BM-C-8
The Field Development Plan includes:
8 Skirt Pile Drilling Platform/340 feet of water
24-slot, 3-level deck, manned (32-man)
FPSO: Capable of processing 150,000 BFPD through two production trains
Storage capacity 1.25 million barrels of crude for export
Power and telecommunications umbilical
One 12-inch production pipeline Drilling Platform to the FPSO
10-inch water injection pipeline from the FPSO to the Drilling Platform
For more details go to “POLVO” Development in Brazil
For more details on POLVO project recognition
EQUADOR: Amistad
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Gas Plant: Onshore gas and liquids receiving station designed to handle an initial volume of 40 MMSCFD and an ultimate volume of 80 MMSCFD. |
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Gas Pipeline: 44 miles of 12” pipeline with approximately 2 miles onshore |
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Offshore Production Facilities: Installation on existing platform and deck of all required facilities for the production of 40 MMSCFD of gas and associated liquids with future expansion capability to 80 MMSCFD. |
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UNITED KINGDOM : North Sea Southern Gas Basin
Governmental permitting
Engineering design and project management
Platform fabrication and process equipment
Offshore Platform and pipeline installations
Field Abandonment
Existing offshore platforms and pipelines infrastructure
ISRAEL : MARI “B”
1. Export Gas Pipeline
30” pipeline from a fixed platform in 763 feet of water to onshore receiving station
Capacity: 600 MMSCFD (1 BCFD dry)
Length: 25 miles
2. Well Flowline
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6” jumper from wellhead to subsea PLET in 740 feet of water with subsea connectors (BIMS) on both ends |
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8” 1.5 mile pipeline from PLET in 740 feet of water to the platform |
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3. Well Umbilical
4 x 5/8” OD hydraulic control tubes
2 quad cables for dual power and dual signal
Connected to a 4-well subsea umbilical termination box
5-tube flying lead and 2 electrical flying leads run from the SUT to the tree
THAILAND : Maliwan
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Facility upgrade doubling the water and oil handling capability of a major offshore complex |
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Fabrication and installation of 7 wellhead platforms in 250' of water with interconnecting pipelines |
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Front end engineering design (FEED) study of a new field development |
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