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Synergy Engineering is an energy services company based in Southeast Asia.
| Client: | Repsol |
| Facilities: | Sakakemang CPF |
| Location: | Sakakemang Block is located in the South Sumatra Basin, Indonesia. The area of the block is 536 km² after two relinquishments. |
| Type of Project: | FEED |
| Synergy's Scope of Work: | Multidiscipline FEED |
| Topside/Facilities Description: | The standalone facility will feature a Central Processing Facility (CPF) for gas processing, along with utilities and key infrastructure to support site operations. This includes site offices, camps, warehouses, access roads, and other operational support facilities. The CPF will accommodate scenarios for sales gas, produced water treatment, CO? removal, condensate handling, and carbon capture and storage (CCS), along with all necessary supporting infrastructure. |
| Software: | Full Multidiscipline Software |
| Year: | 2024 - 2025 |
| Key Project Achievement: | Implementation of CCS for low-carbon emission development |
Repsol is developing the Sakakemang Block within the South Sumatra Basin, Indonesia, covering an area of 536 km² following two relinquishments. The project focuses on developing stand-alone onshore central production facilities (CPF) and utility systems to support hydrocarbon production from the Kaliberau Dalam field, including wellpad facilities for KBD 2XST1 and KBD 4 wells.
The FEED scope encompasses a central processing facility near KBD-2X, along with installation of a sales gas pipeline connecting the CPF to the TGI pipeline, and a new injection wellpad pipeline from KBD to Gelam via Grissik, utilizing existing rights of way. Plans include a future booster compressor system at the CPF inlet during the sixth year of production. Supporting facilities such as a field operations office, camp, and warehouse are also included to ensure operational readiness.
Synergy Engineering was engaged to deliver full multidisciplinary FEED services for the Sakakemang CPF project. The scope covers all engineering disciplines required to design and integrate the CPF and associated facilities, with a focus on implementing Carbon Capture and Storage (CCS) solutions to support low-carbon emission development.