China Energy Construction Group revealed on October 14 that construction of the Shuangyashan Green Methanol and Green Aviation Fuel Demonstration Base Project — China's first 100,000-ton scale demonstration project using wind hydrogen fusion biomass to produce green aviation fuel — has officially started. The demonstration base project located in Shuangyashan City, Heilongjiang Province has a total investment of 20.8 billion yuan and plans to produce 300,000 tons of green aviation fuel and 200,000 tons of green methanol per year. Phase I will build a 450 megawatt wind farm and photovoltaic power plant, a hydrogen-electrolysis plant, a biomass pretreatment plant, and a green aviation fuel synthesis plant. The demonstration base project adopted a number of world-leading solutions and adopted various technologies such as electric-hydrogen-carbon high-efficiency coupling industrial technology with independent intellectual property rights, to fully realize the deep integration of flexible wind power hydrogen production and chemical processes.

China Energy Construction Group revealed on October 14 that construction of the Shuangyashan Green Methanol and Green Aviation Fuel Demonstration Base Project — China's first 100,000-ton scale demonstration project using wind hydrogen fusion biomass to produce green aviation fuel — has officially started. The demonstration base project located in Shuangyashan City, Heilongjiang Province has a total investment of 20.8 billion yuan and plans to produce 300,000 tons of green aviation fuel and 200,000 tons of green methanol per year. Phase I will build a 450 megawatt wind farm and photovoltaic power plant, a hydrogen-electrolysis plant, a biomass pretreatment plant, and a green aviation fuel synthesis plant. The demonstration base project adopted a number of world-leading solutions and adopted various technologies such as electric-hydrogen-carbon high-efficiency coupling industrial technology with independent intellectual property rights, to fully realize the deep integration of flexible wind power hydrogen production and chemical processes.