The reporter learned from CIC that the steel-coke integrated clean energy project in Liupanshui City, Guizhou Province, was officially put into operation a few days ago and has achieved stable operation, becoming a key hydrogen source supply node in the “Chongqing, Qiangui” hydrogen corridor. The project put into operation is currently a large-scale demonstration project for hydrogen production and resource utilization of industrial exhaust gas in the southwest region. In the past, most of the coke oven gas generated during steel and coking production was simply burned to generate electricity. The resource utilization rate was low, and there was also a problem of energy waste. Relying on the surplus coke oven gas resources in the local steel industry, the project uses self-developed full-chain process technology to complete component separation to convert industrial exhaust gas originally used for combustion and power generation into high-value clean energy. It can produce 99.999% fuel cell-grade high-purity hydrogen gas and about 140,000 tons of liquefied natural gas per year, achieving efficient local transformation of resources.

The reporter learned from CIC that the steel-coke integrated clean energy project in Liupanshui City, Guizhou Province, was officially put into operation a few days ago and has achieved stable operation, becoming a key hydrogen source supply node in the “Chongqing, Qiangui” hydrogen corridor. The project put into operation is currently a large-scale demonstration project for hydrogen production and resource utilization of industrial exhaust gas in the southwest region. In the past, most of the coke oven gas generated during steel and coking production was simply burned to generate electricity. The resource utilization rate was low, and there was also a problem of energy waste. Relying on the surplus coke oven gas resources in the local steel industry, the project uses self-developed full-chain process technology to complete component separation to convert industrial exhaust gas originally used for combustion and power generation into high-value clean energy. It can produce 99.999% fuel cell-grade high-purity hydrogen gas and about 140,000 tons of liquefied natural gas per year, achieving efficient local transformation of resources.