The documented Vincent subsea system includes thirteen VNA and VNB horizontal wells, one dedicated gas-injection well and two dedicated water-injection wells, connected to the FPSO by subsea flowlines, risers and control infrastructure. The broader permanent installation also receives twelve Greater Enfield subsea wells through a 31-kilometre rigid production flowline; dedicated Greater Enfield water-injection wells receive treated seawater for pressure support. Vincent production enters two high-pressure separators, then passes through a low-pressure separator or degasser and an electrostatic coalescer. Treated crude is cooled, transferred to the converted tanker’s cargo tanks and offloaded to offtake tankers. Surplus gas is compressed and reinjected, while gas reinjection also provides artificial lift for the Cimatti accumulation. Produced formation water is normally reinjected, with treatment and discharge available as an alternative disposal route. Installed support systems include power generation, operational and emergency flaring, seawater treatment for cooling and potable-water service, heating, ventilation and air conditioning, sewage treatment, lifting equipment, helicopter facilities and marine-supply interfaces. The approximately 332-metre vessel has a double hull and substantial integral crude-storage capacity. A submerged turret production mooring at the bow carries the risers and permits the FPSO to disconnect and sail away, while the turret, mooring and subsea system remain on location for reconnection.