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The construction of a green hydrogen plant, solar PV and wind power project in Morocco is to be undertaken through a joint venture by a Chinese, Saudi and local enterprise.
This entails a production plant with an annual output of 1.4 million tons of green ammonia (about 320,000 tons of green hydrogen), as well as the construction of supporting 2GW solar photovoltaic and 4GW wind power projects.
Earlier in April, Energy China International Construction Group announced that it had signed a memorandum of cooperation on the green hydrogen project in the southern region of Morocco with the Saudi Ajlan Brothers Company and the Moroccan Gaia Energy Company.
"This is another important achievement achieved by China Energy Construction Group in the development of overseas new energy and *new energy+ markets after signing the memorandum of understanding on the cooperation and development of the green hydrogen project in Egypt.
"[This is] a new breakthrough in the Northwest African regional market."
The project is located in the coastal area of the southern region of Morocco, with "convenient port and shipping transportation."
Green hydrogen part of Morocco governments 2030 renewable energy strategy
"After the completion of the green hydrogen project, it will provide stable and clean energy for the southern region of Morocco and Europe every year, reduce the cost of electricity consumption, and help the green and low-carbon development of global energy," the Group said.
Morocco is a key overseas market of Energy China International Construction Group, with "unique conditions for the development of renewable energy and huge market potential."
In recent years, the Moroccan government has continued to increase its efforts in the
development of new energy, seawater desalination and hydrogen energy, and has
formulated a renewable energy development plan.
It plans to achieve 52% of renewable energy power generation in 2030 - a development blueprint in the field of energy and hydrogen energy, and accelerate the transformation of Moroccos energy structure. |