en.Wedoany.com Reported - Xinjiang Tiankelong Chemical Co., Ltd.'s annual production project of 62,000 tons of water electrolysis hydrogen production, 500,000 tons of green oxamide, and 800,000 tons of organic high-efficiency slow-release fertilizer has recently received a proposed approval from the Ecology and Environment Department of the Xinjiang Uygur Autonomous Region. Located in the Hami Industrial Park, the project has a total investment of 6.168 billion yuan. It plans to create an integrated chemical base combining hydrogen production, ammonia synthesis, and fertilizer production through a "coal chemical + green hydrogen" coupling process.
The project construction site is located in the Southern Circular Economy Industrial Park in Hami City, covering an area of 51.024 hectares. As a new construction project, Tiankelong Chemical plans to build core facilities here, including gasification, purification and separation, water electrolysis for hydrogen production, and ammonia synthesis units. In terms of the process route, the project uses coal as raw material to produce dimethyl oxalate (DMO), while simultaneously utilizing green hydrogen produced from water electrolysis and nitrogen from air separation to synthesize ammonia. These two then react to form oxamide. In addition to directly selling oxamide products, part of the product will be compounded with externally sourced nitrogen, phosphorus, and potassium fertilizers to produce high-efficiency organic slow-release fertilizers.
Regarding supporting facilities, the project has planned storage and transportation facilities such as raw coal sheds, liquid ammonia tank farms, and comprehensive warehouses, and will construct office and living buildings along with a central control room. In terms of environmental protection, the project's environmental protection investment reaches 359 million yuan, accounting for 5.82% of the total investment, mainly used for waste gas treatment, wastewater treatment, and environmental risk prevention.
The approval of this environmental impact assessment marks the official completion of the key administrative permits before the project's commencement, laying the foundation for subsequent comprehensive construction. Upon completion, the project will achieve deep integration of coal chemical industry and new energy, reduce carbon emissions by replacing traditional grey hydrogen with green hydrogen, and promote the transformation of the regional chemical industry towards green and low-carbon development.
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