The overall design capacity for Kumang field is at 550 MMscfd, with an export condensate at 17,000 stbd, with a 10% upward peaking margin. Operating pressure is set at 2100psig at F9KG-A CPP. F9KG-A CPP is designed for full fledged facilities comprising of condensate/gas separation system, gas compression system, gas dehydration system, telecomm system, power generation, compact manifolds, metering system, CI system, helipad, etc). F9JT-A wellhead is bridged linked to F9KG-A CPP. Both KUJT-A and KAJT-A wellheads are designed as for minimum facilities comprising of compact manifolds, small-scale power generation, etc). A helipad is provided at the KUJT-A and KAJT-A due to it’s distance from F9GK-A CPP at 70km and 50km respectively. Client : PETRONAS CARIGALI SDN BHD Total Manhour : 29,000hrs Project Location : Kumang Cluster fields consists of F9KG-A CPP, F9JT-A wellhead, Kumang (KUJT-A) wellhead and Kanowit (KAJT-A) wellhead. The Kumang field is located approximately 200km from the MLNG plant offshore Bintulu, Sarawak. The water depth is ranges between 60m to 100m. Scope of work undertaken by MMC O&G : The Kumang Cluster field development (FDP) consists of 2 phases. Phase 1 FDP consist of F9, Kumang and Kanowit fields; while Phase 2 FDP consist of A3, F11, F22, F27, F12, Selar Marine and Bunga Pelaga fields. The project scope covers only the Phase 1 development, and includes the intrapipelines to MLNG-2/3 Project Duration : Award date 24 July 2006 & Completion 13 October 2006Project Integrated Review (9 weeks after award)Final Design Package (12 weeks after award) Weight :   F9KG-A CPP total lifting weight approx 8,580 MT (topsides) total lifting weight approx 6,080 MT (jacket) F9JT-A satellite total lifting weight approx 1,060 MT (topsides) total lifting weight approx 3,890 MT (jacket) KUJT-A & KAJT-A AJT-A total lifting weight approx 1,350 MT each (topsides) total lifting weight approx 1,380 MT each (jacket)