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Green Hydrogen will play a significant role in reducing carbon pollution from energy generation

Green Hydrogen

CWP developing a US$40 billion Green Hydrogen project in North Africa

The project, called “AMAN”, will be located in the North of Mauritania and will export green hydrogen and its derivatives to global markets.

CWP Global has signed a Memorandum of Understanding (MOU) with the government of Mauritania for the development of a 30GW “Power-to-X” project. This announcement sets the stage for development work to begin on what will be the world’s biggest renewable energy project, exporting green hydrogen and its derivatives to global markets. The project, called “AMAN”, will be located in the North of the country on a desert site of approximately 8,500km2.

“We are pleased to have the confidence and support of the Mauritanian government for the development of this ambitious project, which will create a stable export vector and generate thousands of new jobs in construction, local manufacturing, operations and export facilitation,” said Mark Crandall, Founder and Chairman of CWP Global.

CWP is one of the developers behind the 26GW Asian Renewable Energy Hub. The company is a global pioneer in the development of ultra-large-scale green hydrogen hubs. CWP identified Mauritania as one of the best locations on the planet for the production of low-cost green hydrogen.

The Mauritanian government has opened the door to international investors and committed to accelerate progress on the project’s development and approvals process.

Mr. Abdelsalam Mohamed Saleh, Minister of Petroleum, Mines and Energy of the Islamic Republic of Mauritania commented saying; “The Government of Mauritania has put the exploitation of its immense renewable resources as a top priority in line with the commitment of his excellency the President of the Republic to promote accelerated, sustainable, and equitable economic growth for all the people of Mauritania.”

Mauritania’s ideal conditions for Green Hydrogen

The project’s hybrid wind and solar generation benefits from a stable, high-capacity factor profile at the desert site, promising some of the cheapest clean energy in the world, and making it ideal for massive-scale green hydrogen and its derivatives. 

The 30GW of wind and solar will power electrolysers for the production of green hydrogen, and will play a significant role in reducing carbon pollution from energy generation, transport, agriculture and steel production, and contribute towards the net zero emissions trajectories required to achieve the goals of the Paris Agreement. 

“Projects like AMAN are immensely important in order to address the world’s most pressing challenges – sustainable development and climate change mitigation – and we are very proud to have the government of Mauritania as our partner in this monumental endeavour,” added Crandall.

In order to limit global warming to 1.5C, global emissions will need to be reduced quickly over the next decade en route to net zero emissions by around 2050. This will require the application of green hydrogen solutions in hard-to-abate sectors, and in tandem with mass electrification.

Major sectors that will need green hydrogen include: 

  •  Green steel production – would require 80 AMAN equivalents. This transition is not far away – with a carbon price of $70, it could happen today. 
  • Green long-range shipping will require the equivalent of 50 AMANs for current needs – assuming projected growth, this will be closer to 70. 
  • Decarbonized Agriculture – to transition from today’s fossil-fuel-based ammonia production, decarbonized fertilizer produced using green ammonia would require around 15 AMANs. Projected fertilizer demand in 2050 will be much higher given estimates of a 10B global population. 

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