Flow Assurance Engineer

The Service Provider will be responsible for all the flow assurance engineering activities related to the Venus project, as part of the GPI (''Groupe Project Interne'') Venus team. The service Provider shall oversee all Flow Assurance subjects with regards to Sub-Surfaces, Topsides, SURF and SPS equipment packages of the Venus Field Development Project during the FEED, CFT and EPCI phases, within the OneTech/Customer Lines/ Deep Offshore Venus GPI organization. In particular, during the FEED phase the Service Provider shall coordinate and provide guidance to the FEED Engineering Contractor. The Service Provider will provide support to the SURF Technical Manager, the SPS Technical manager, the FPSO Manager and the SURF / SPS / FPSO teams. The project consists of: Production system: 2-off rings, 4-off (circa 22 km) Steel Lazy Wave Risers (SLWR), 6-off (circa 79 km) wet insulated rigid flowlines and 4-off rigid spools in CS and CRA lined pipe (WOL/MLP), as well as 19-off rigid jumpers in Duplex, Gas Injection system: 2-off, 2-off SLWR (circa 11 km), 2-off (circa 38 km) rigid flowlines in CS), as well as 19-off TCP jumpers (up to 19km in total length) Control system: 2-off dynamic and 29-off static umbilicals, 2-off SDU, 38 XTs and associated FL. and associated subsea structures, equipment and ancillaries, for a very deep-water (>3000m) oil with high GOR content greenfield project. The Service Holder will report to the SURF Technical Manager and support primarily the SURF team and liaise with other project teams (SPS, FPSO & Field Operations).

The activity takes place in the context of FEED, Call For Tender, and Project Execution Phase of a major very Deep Water greenfield Project in Namibia. The Venus GPI is a multidisciplinary team that coordinates the development studies managed by TotalEnergies OneTech on the Deep Water discoveries of offshore Namibia Block 2913B. The technical challenges the GPI / Project will face are the reservoirs development and management, the subsea production/injection system definition in a challenging environment. The Venus Project will be developed with the objectives to maximize economical results by optimizing the reserves, the schedule, reducing the costs and the Greenhouse Gas (GHG) emission, while maintaining the technical quality of the installations, with high H3SE requirements and focus