Diversification Junrui
Aligning closely with national "Dual Carbon" strategies and energy security mandates, the Group has pioneered the "[1+N]" holistic hydrogen ecosystem development model. With the "National Hydrogen Network" serving as the overarching strategic framework, the Group coordinates a backbone layout—"transporting hydrogen from west to east, north to south, and bringing offshore hydrogen onshore"—while establishing cross-regional hydrogen pipelines, multimodal (water-land) transport systems, and an intelligent, network-wide dispatch platform. This creates a major hydrogen industry artery connecting north to south and linking land to sea. Along this network, the Group deploys an "N-cluster" matrix of full-chain physical facilities covering six core sectors: distributed green hydrogen production, intelligent manufacturing of green methanol and green ammonia, trunk-line hydrogen refueling, port-based bunkering and storage, and basalt-based green building materials. This establishes an integrated, zero-carbon industrial closed loop—encompassing production, storage, transportation, refueling, end-use, and supporting services—thereby continuously delivering the "Junrui Solution" for the nation's green transition.
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Green hydrogen production
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Green methanol
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Zero-carbon green ammonia
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Hydrogen Sail Sets Sail
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Hydrogen Refueling Station Matrix
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Basalt fiber
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Green hydrogen production
Green hydrogen production
Centering on the wind and solar resource-rich "Three-North" regions (Northwest, North China, and Northeast), we are establishing large-scale bases for hydrogen production via wind- and solar-powered water electrolysis. By leveraging low-cost green electricity to ensure the stable output of high-purity, zero-carbon green hydrogen, we are solidifying upstream production capacity and securing the source of supply for the entire fuel value chain.
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Green methanol
This green methanol project utilizes straw gasification as the source of carbon and hydrogen, supplemented by hydrogen produced via water electrolysis powered by wind and solar energy. Waste heat from the biomass gasifier serves as the thermal source for thermoelectric power generation, meeting the plant's total electricity needs, while steam for the methanol compressors is also supplied by the gasifier. The facility operates entirely on green electricity and achieves lower green production costs than industry peers, utilizing cutting-edge domestic technologies in its process flow.
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Zero-carbon green ammonia
Zero-carbon green ammonia
Leveraging green hydrogen synthesis technology, we are establishing smart production bases for green ammonia with capacities ranging from ten thousand to one hundred thousand tons, addressing both the decarbonization needs of domestic energy-intensive industries and the demand for zero-carbon fuel exports.
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Hydrogen Sail Sets Sail
Leveraging core coastal ports and hub ports along the Yangtze River trunk line, we are establishing offshore refueling stations and temperature-controlled storage facilities to integrate unloading, storage, transshipment, and refueling, thereby powering long-haul voyages with hydrogen energy.
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Hydrogen Refueling Station Matrix
Hydrogen Refueling Station Matrix
Staged deployment of fixed and mobile hydrogen refueling stations along national trunk transmission lines, national highways, and inland waterways will meet the hydrogen refueling needs of heavy-duty trucks, construction machinery, and short-haul vessels.
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Basalt fiber
Leveraging the abundant surplus green electricity available at the hydrogen production industrial park, this initiative establishes intelligent production lines for high-performance basalt fiber and advanced composite piping, creating an integrated green building materials sector that combines sustainable raw material supply, clean energy-powered production, and smart manufacturing of high-end products. Utilizing natural volcanic basalt ore as the base material, the entire process—from melting and fiber drawing to modified weaving and composite molding—is powered by zero-carbon green electricity; with no consumption of fossil fuels and no generation of hazardous waste, the project achieves a truly closed-loop, ecologically sustainable model of natural resource utilization.
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