Regenerative Green Hydrogen Energy's Ambitious Project in Inner Mongolia
Key Ideas
  • Regenerative Green Hydrogen Energy in Inner Mongolia has received approval to construct a new green hydrogen and ammonia synthesis plant with an annual output capacity of 800,000 mt, signaling a significant step towards sustainable energy production.
  • The project, located in Ulanqab City's New Materials Industrial Park, will involve a total investment of 7 billion yuan and is set to be completed in two phases, each with a capacity of 400,000 mt.
  • Phase I of the project will see the construction of key production units like air separation, hydrogen purification, electrolytic hydrogen production workshops, ammonia synthesis, as well as storage and transportation units, auxiliary facilities, and utilities to support the plant's operations.
  • With the project expected to commence construction in October 2025 and reach completion by December 2027, it aims to contribute significantly to the production of green hydrogen and ammonia, promoting sustainable energy practices in the region.
Regenerative Green Hydrogen Energy (Inner Mongolia) Co., Ltd. has officially filed a project to construct a new green hydrogen and ammonia synthesis plant with an annual output capacity of 800,000 metric tons. The plant, located in the raw material block of the New Materials Industrial Park in Chahar Right Rear Banner, Ulanqab City, China, will involve a total investment of 7 billion yuan. Once operational, the plant is expected to produce 120,000 mt of green hydrogen and 800,000 mt of green ammonia annually. The project will be executed in two phases, each with a capacity of 400,000 mt. The construction of Phase I will include essential production units such as air separation, hydrogen purification, electrolytic hydrogen production workshops, and ammonia synthesis, as well as storage and transportation units, auxiliary facilities, and utilities to support the plant's operations. The project, which aims to commence construction in October 2025 and be completed by December 2027, signifies a significant milestone in sustainable energy production in the region, contributing to the advancement of green hydrogen and ammonia technology and promoting environmentally friendly practices.
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