BW Offshore has unveiled a floating blue ammonia FPSO concept developed in collaboration with McDermott International, combining offshore production, carbon capture and direct export to convert surplus natural gas into lower-carbon fuel.
The floating production, storage and offloading (FPSO) concept is designed to process up to 3 million cubic meters of gas per day, producing more than one million tonnes of ammonia annually.
>> In Other News: Cummins Quit Electrolyzers. Electric Hydrogen Didn't.
It incorporates carbon capture technology designed to capture and compress up to 99% of the CO₂ generated during production for export to geological sequestration or other approved uses.
BW Offshore said the concept is intended to align with prevailing international criteria for low-carbon hydrogen derivatives, with an estimated carbon intensity of around 0.5 tonnes of CO2 per tonne of ammonia. Options are available to further reduce emissions from onboard power generation systems.
The FPSO unit would be located close to offshore gas sources and CO2 storage sites. Natural gas would be transported via subsea flowline and converted onboard into hydrogen and then ammonia using a low-carbon process.
By placing ammonia production offshore, the concept avoids the land, permitting and infrastructure constraints associated with large onshore facilities. Liquefied ammonia would be stored in refrigerated tanks within the hull and offloaded directly to gas carriers, removing the need for pipeline or port infrastructure.
According to BW Offshore, demand for low-carbon fuels is rising in sectors where electrification is limited. International Energy Agency has forecast that the use of low-carbon ammonia in power generation and maritime transport must increase significantly to meet emissions reduction targets.
The concept builds on BW Offshore’s experience in floating production and operations and forms part of its New Ventures portfolio focused on energy transition opportunities. McDermott International contributes engineering, procurement, construction, installation and technology integration expertise.
BW Offshore said the solution could be structured through capital-efficient leasing models, offering flexibility for operators seeking to monetize surplus gas resources.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🧪 Charm Industrial Secures 61,500-Ton Carbon Removal Purchase and $20 Million Debt Financing to Catalyze Growth ✈️ IATA Urges Bigger Green Aviation Fuel Push as Production Stagna...
Inside This Issue 🏗️ Louisiana Blocks Parish CCS Bans to Protect $20B Pipeline ⛽ Hyperfuels and Terra Mater Form Strategic Partnership on Low-Carbon Fuel 🌿 Skytree Announces First Commercial Skytr...
Inside This Issue 🧠 Enchant Energy Offers a Carbon Answer to America's Surging AI Data Center Demand 🌊 Carbon Dioxide Removal Will Need to Scale Faster Than Solar to Meet Climate Targets 🌱 Graphyt...
MODEC, Inc. (“MODEC”) and Eld Energy AS ("Eld Energy”) announced the signing of a Memorandum of Understanding (MOU) to develop a highly efficient 1.2MW power system integrated with carbon capture f...
Anortech Enters Carbon Capture Research Collaboration With the National Research Council of Canada
VANCOUVER, British Columbia, June 08, 2026 (GLOBE NEWSWIRE) -- AnorTech Inc. (“AnorTech” or the “Company”) (TSX Venture Exchange “ANOR”; OTC “ANORF”) is pleased to announce a new collaboration with...
Developing Innovative Alternatives to Conventional Carbon Capture Methods
MIT researchers present a promising new approach to efficient, flexible carbon capture and removal. Carbon capture is an important climate change mitigation strategy, but it faces technological ba...
NEW YORK, June 08, 2026 (GLOBE NEWSWIRE) -- Amogy, a provider of mature, scalable, and efficient ammonia-to-power solutions, and Amun Energy, a subsidiary company of GS Engineering & Constructi...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.