Our Projects
CWP Global, through its entity CWP Terra, is the world’s largest independent green hydrogen developer. With 6 ultra-large-scale hubs under active development across 5 continents, with a combined renewable energy capacity exceeding 180 GW, it employs over 120 experts worldwide.
AMAN
Mauritania
The AMAN project is an ultra-large-scale green hydrogen project located in Mauritania.
30 GW of mixed
generation
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AMUN
Morocco
The AMUN project is an ultra large-scale green hydrogen project based in southern Morocco.
17 GW of mixed
generation
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AREH
Australia
CWP Global’s flagship, ultra-large-scale green hydrogen and ammonia production facility in Australia.
26 GW of mixed
generation
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Hayyu Green Hydrogen Hub
Djibouti
The Djibouti project is an early-stage green hydrogen hub located on the Horn of Africa.
5 GW of mixed
generation
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Southern Cone
Argentina
The Argentina projects are a collection of large-scale green hydrogen production facilities spread across multiple locations, generally towards the south of the country.
8.5 GW of wind
generation per cluster
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Gwinya
Canada
The Gwinya project will produce hydrogen from wind power intended for green HBI production in the Port of Corner Brook in Newfoundland and Labrador.
3-5 GW of wind
generation
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AMAN
The AMAN project is an ultra-large-scale green hydrogen project located in Mauritania. The project seeks to combine the tremendous solar and wind resources with green hydrogen production. Exciting opportunities also exist in green iron production, which could be enabled by tapping into the huge reserves of iron ore available locally.
Location
Northern Mauritania on a 8500 km2 site
Project Scale
Up to 30GW of mixed generation
Status
Transitioning to Pre-FEED Stage, MoU signed with the government of the Islamic Republic of Mauritania and second phase of resource measurement campaign is underway
/Key Features
Community Impact
Unique Opportunities
Contact
Key Features
Renewable Energy Sources
15 GW wind and 15 GW of solar
Green Hydrogen Production
Targets large-scale production of green hydrogen, aiming for an initial production capacity of 500,000 tonnes per year.
Green Ammonia
Plans to produce green ammonia as a derivative, which can be used in various industrial applications.
Community Impact
An independent macroeconomic study by Systemiq found that AMAN is expected to have a significant impact on Mauritania’s GDP and local economic development. The project will not only generate annual export revenue, it will provide jobs for local communities, including capability building and education in fields of technology, engineering, project management and the like. Clean water and agricultural development, as well as clean mobility, water and affordably electricity are all potential byproducts of a successful power-to-X project of AMAN’s scale.
Unique Opportunities
Opportunity to combine production of low-cost renewable energy and hydrogen with DRI processes to enable green steel production in the area. The availability of iron ore at scale near to the project site makes this opportunity very attractive.