Jilin Liaoyuan’s 9.5-billion-yuan hydrogen-ammonia-alcohol integrated project approved

Thread Content

Recently, the Economic Development Bureau of the Management Committee of the High-Tech Industrial Development Zone in Liaoyuan City, Jilin Province, approved the registration for Liaoyuan Tianying Hydrogen Energy Technology Co., Ltd.’s integrated project for green restoration of abandoned mines using wind, solar, energy storage, hydrogen, ammonia, and alcohol technologies (the chemical engineering aspect related to hydrogen, ammonia, and alcohol). Project Name: Integrated Wind, Solar, Energy Storage, Hydrogen, Ammonia, and Alcohol Production Project Based on the Green Restoration of Abandoned Mines (Hydrogen, Ammonia, and Alcohol Chemical Engineering Section)
Company Name: Liaoyuan Tianying Hydrogen Energy Technology Co., Ltd.
Location: Jilin Province, Liaoyuan City – Jilin Liaoyuan High-Tech Industrial Development Zone
Nature of Construction: New construction
Total Investment (in ten thousand yuan): 958,538
Main Scale and Scope of Construction: The total land area for this project is approximately 1,076,732.1㎡. The project includes a production capacity of 540,000 tons per year of synthetic ammonia, 300,000 tons per year of methanol, and 240,000 standard cubic meters per hour of hydrogen production. The construction elements include 11 substations for hydrogen production via electrolysis, 45 hydrogen storage tanks, 4 oxygen storage tanks, 20 workshops for hydrogen production via electrolysis, 4 biomass boilers with a capacity of 50 tons per hour each, 2 circulating water stations, 4 liquid ammonia storage tanks, 4 methanol storage tanks, 1 central control room, 1 office building, 3 rainwater and sewage collection tanks, as well as fire protection facilities. On October 20, China Tianying Co., Ltd. announced that it had recently reached a series of cooperation agreements with the People’s Government of Liaoyuan City in Jilin Province, based on the principles of resource sharing, complementary strengths, shared benefits, and common development. These agreements concern the use of gravitational energy storage for the green restoration of abandoned mines, as well as the creation of integrated projects that combine wind power, solar power, energy storage, hydrogen, and ammonia production; a Framework Agreement on Investment Cooperation was signed as part of these arrangements. On November 10, the Northeast Institute signed a technical service contract for the feasibility study report of an integrated project that combines green restoration of abandoned mines with wind, solar, storage, hydrogen, ammonia, and hydrogen fuel cell technologies.