Key Findings
Xinjiang Tiankelong Chemical is advancing a colossal integrated production line for green hydrogen and coal chemicals in the Hami Circular Economy Industrial Park, with an investment exceeding RMB 6.1 billion (approximately $840 million). This pioneering project is designed to produce 62,000 tonnes of green hydrogen, 500,000 tonnes of green grass amide, and 800,000 tonnes of organic high-efficiency slow-release fertilizers annually, marking a significant green transformation for the region’s industrial landscape.
Technical & Industrial Details
The core innovation of this project lies in integrating green hydrogen, derived from renewable energy, with traditional coal chemical processes. Leveraging Hami’s abundant solar and wind resources, electrolyzers will produce clean hydrogen from water. This green hydrogen will then replace fossil fuel-derived hydrogen and energy inputs in the coal chemical manufacturing process, leading to substantial reductions in greenhouse gas (GHG) emissions. The produced green grass amide will serve as a raw material for high-performance resins, while the organic high-efficiency slow-release fertilizers will contribute to reducing the environmental footprint of the agricultural sector. The project received its environmental impact assessment approval in March 2026, with construction and equipment installation currently in full swing.
Background & Context
China is actively promoting industrial applications of green hydrogen to achieve its peak carbon emissions and carbon neutrality goals. Western regions like Xinjiang, rich in energy resources, are strategic hubs for building large-scale renewable energy infrastructure combined with green hydrogen production to accelerate the decarbonization of high-emitting industries. This project represents an advanced attempt to introduce green hydrogen into the traditionally high-CO2-emitting coal chemical industry, potentially serving as a model for other regions and industrial sectors globally.
Strategic Significance & Outlook
Upon commencement of operations, Xinjiang Tiankelong Chemical’s integrated project is expected to significantly contribute to regional economic development while accelerating China’s transition to a green economy. The combination of green hydrogen with coal chemistry will demonstrate the effectiveness of a pragmatic approach to decarbonizing existing industries. The widespread adoption of such integrated models is anticipated to lead to substantial reductions in GHG emissions across China’s heavy industrial sector. Investors and environmental engineers are closely watching this ‘green integration’ model as a potential pathway to sustainable industrial development, offering a scalable solution for complex industrial decarbonization challenges.
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