P-70 was designed for connection to as many as eight subsea production wells and eight subsea injection wells. Subsea trees, production and injection flowlines, risers and control umbilicals terminate at the FPSO. Well fluids undergo three-phase separation, and the oil-treatment plant removes water and salts before stabilised crude is routed to cargo storage. P-70 uses the standardised replicant gas-processing arrangement: separator and vapour-recovery gas passes through main compression, dehydration, hydrocarbon-dew-point control and membrane carbon-dioxide removal. Treated gas can supply the vessel’s fuel system, enter export compression or be raised to injection pressure; a carbon-dioxide-rich stream can also be compressed for reservoir injection. Installed injection-water treatment and high-pressure pumping supply the subsea injector network. The standardised power system comprises four gas-turbine generator packages, normally arranged with three operating and one standby. P-70 is the fifth unit of the replicant series and uses a purpose-built, double-hull, box-shaped vessel approximately 288 metres long, 54 metres wide and 31.5 metres deep. Its cargo tanks store about 1.6 million barrels of crude. Fixed topsides modules and standardised subsea interfaces repeat the common replicant layout. P-70 remains permanently stationed in approximately 2,300 metres of water. Treated oil is transferred from storage to visiting shuttle tankers, while gas export, gas injection and water injection use dedicated risers and permanent subsea lines.