FPSO · Floating Production

Wison Low-Emission FPSO.

Standardized floating production, storage, and offloading platform — engineered for faster delivery, lower lifecycle emissions, and integrated EPCIC execution.

Key benefits

A standardized FPSO platform, owned end-to-end.

Seven reasons why the standard solution shortens delivery and de-risks operation.

Fast & accurate bidding

Provide fast and more accurate pricing during bidding.

Lessons in the standard

Capture project lessons learned in the standard solution.

Pre-engineered interfaces

Pre-engineered interfaces between hull and topsides.

Design under One Roof

One stop, with topside and hull design under One Roof.

Minimize FEED time

Minimize time in FEED, shortening the path to execution.

Continuously improved

Continuously improve the standard solution between projects.

Integrated EPCIC

Engineering, procurement, fabrication, installation, and commissioning under one accountable team.

Loading FPSO sequence

Scroll to assemble

An FPSO, assembled by scrolling.

01 · Hull integration

Floating storage and marine foundation come together — the platform that anchors production, processing, and offloading at sea.

02 · Topside modules

Process, separation, compression, utility, and power modules click into place. Standardized engineering compresses schedule and risk.

03 · Low-carbon systems

Energy-efficient design, closed flare logic, and CCUS-ready pathways reduce the emissions footprint of every barrel produced.

04 · Operational handover

Digital twin, commissioning evidence, and lifecycle service hand over a working asset, not a brochure.

Technologies to reduce carbon footprint

Lower-emission FPSO is the architecture, not an add-on.

Energy Efficiency

Process and utility optimization across the topside for measurably lower energy intensity per barrel.

Low Emission

Lower-carbon architecture built into the standardized FPSO platform, not added afterward.

Closed Flare

Eliminates routine flaring — flare-gas recovery integrated into the process design.

Submerged Turbine Generator

Submerged turbine generation extracts additional power from the produced-fluid pressure stream.

Combined Cycle

Combined-cycle power generation with waste-heat recovery — higher electrical efficiency, lower fuel.

Carbon Capture

CCUS pathway designed in for retrofit, with CO₂ reinjection as an option.

All Electrical Solution

All-electric topside drivers replace mechanical-drive turbines for cleaner, more controllable power.

Digitalization with AI

AI-assisted monitoring, predictive maintenance, and decision support across the operating life.

Specifications

Standardized hull, optimized topside.

Hull Dimensions

Length O.A.308.00m
Length B.P294.00m
Breadth MLD.57.00m
Depth MLD29.80m
P.O.B.120person

Topside Parameters

Oil Processing80,000BOPD
Total Liquids Production (Oil + PW)180,000BLPD
Gas Lift20MMSCFD
Total Gas Processing (incl. Gas Lift)160MMSCFD
Water Injection160,000BWPD
Produced Water100,000BWPD

Environment

The development is focused on mild environments such as those found in West Africa and South America.

Topside module layout — process, separation, compression, utility, power, and offloading integrated for faster execution.

EPCIC delivery model

Product brochure · PDF

Wison Low-Emission FPSO

Full specifications, key benefits, and decarbonization technologies — 20 MB.

Download brochure

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