Up to 1 GW and 820 000 tonnes of eAmmonia production capacity per year
H2Carrier is the designer and owner of the proprietary floating energy production and storage system P2XFloater™: The first industrial scale floating green hydrogen and ammonia facility of its kind in the world.
The concept is based on proven floating production, storage and off-take technology and based on pressurized and temperature controlled tank technology combined with an e-control system capable of balancing renewable electricity feedstock through our fully integrated PEM and
Haber-Bosch system.
The P2XFloater™ production platform has a fully scalable production capacity in the range 100 000 - 230 000 tonnes of green ammonia (eAmmonia) per year using a converted very large gas carrier (VLGC). With a new build vessel, production can be scaled up to 1GW renewable power capacity, resulting in an ammonia production capacity of 820 000 tonnes per year.
Harnessing renewable energy
Unlocking previously inaccessible
renewable energy, converting it into
a product exportable to markets
across the globe
Zero-environmental footprint
The P2XFloater utilizes local
renewable energy, seawater and air
to produce an environmentally
friendly energy carrier
Pioneering the green E-fuels market
A mobile production platform that requires almost no existing infrastructure, minimize local environmental impact and produce
industrial scale green ammonia priced among the lowest
H2Carrier's P2XFloater™ by the numbers
200+
Years of accumulated team experience in energy
1GW
Capacity of renewable energy
820k
Tonnes annual green NH3 production capacity
1.1m
Tonnes of CO2 equivalents saved per year
H2Carrier is currently working on four projects across three countries:
-
400MW near-shore in Norway
-
Completed study for Statkraft to develop the P2XFloater™ for true offshore environments
-
~150MW near-shore in Scotland off-grid
-
1 500MW project with Anori A/S in Greenland
Together, these projects would have a production capacity that total about 1 270 000 tonnes of green ammonia annually, saving 1 650 000 tonnes of CO2 emissions (scope 1).
Still, more projects are on the horizon...
Safe and Proven Technology.
Global Cost Leader.
Green Economy Pioneer.
The world needs to reduce the world's carbon footprint, everyone can agree on that. The question is how do we go about doing it?
Hydrogen has by the majority of world's renewables experts been hailed as the solution to our future energy problems. However, hydrogen is very difficult to transport in large quantities. This is why using ammonia as an H2 carrier will be paramount to creating meaningful and scalable green infrastructure tools and energy production solutions for a new and greener future.
