The process route for the first phase of the Tianying Anda Green Methanol project has been determined using CRI’s methanol synthesis technology from Icelandic Carbon Cycle International

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With a total investment of 8.8 billion yuan, the process route for the first phase of the Tianying Andah Green Methanol project has been finalized. On November 4th, the environmental impact assessment report for Andah City’s Tianying Wind, Solar, Hydrogen, Ammonia, and Methanol Integration (Phase I of the chemical production facility) was made publicly available for the first time. Project name: Anda City Tianying Integrated Wind, Solar, Hydrogen Storage, Ammonia and Alcohol Production Project (Phase I of the chemical facility). Location: Anda City, Suihua City, Heilongjiang Province. Overview of the proposed project: This project aims to build an installation capable of producing 100,000 tons per year of methanol by using carbon dioxide and green hydrogen. Project owner: Andah City Tianying New Energy Co., Ltd. On November 4, the environmental impact assessment report for Andah City Tianying’s integrated wind, solar, hydrogen, ammonia, and alcohol production project (involving the utilization of biomass waste heat and electricity as well as the production of green carbon) was made publicly available for the first time. Project name: Anda City Tianying Integrated Wind, Solar, Hydrogen, Ammonia, and Alcohol Production Project (Utilization of Biomass Waste Heat and Electricity as well as Green Carbon Production)
Location: Fine Chemicals Industrial Park, Anda Economic and Technological Development Zone, Anda City, Suihua City, Heilongjiang Province
Overview of the proposed project: This project involves the construction of 2 oxygen-enriched/air-mixed carbon dioxide generators, as well as 2×110 t/h waste heat boilers and 2×20 MW extraction-type steam turbine generators. According to the registration information for the Tianying integrated project for wind, solar, hydrogen storage, and ammonia production in Anda City, released on July 31, the total investment in this project is 8.8 billion yuan. It is planned to build facilities capable of producing 100,000 tons per year of methanol via carbon dioxide and green hydrogen, 150,000 tons per year of methanol through biomass gasification combined with green hydrogen, and 100,000 tons per year of green ammonia. The contract for the carbon dioxide-to-methanol synthesis technology in China Tianying’s Liaoyuan green methanol project has been signed. On October 29, Iceland’s Carbon Cycle International (CRI) announced that it had signed an agreement with China Tianying Group; the two parties will apply CRI’s methanol synthesis technology to the large-scale green methanol production project owned by China Tianying Group in Liaoyuan, Jilin. By combining carbon dioxide captured during biomass combustion with hydrogen produced from renewable energy sources to produce green methanol, this project has become an important component of the chemical industry as well as the emerging market for green fuels. On November 1, China Tianying Co., Ltd. issued a progress announcement regarding the signing of the project investment cooperation agreement. The total investment in the wind power project in the southern part of Dongfeng County, Liaoyuan City, is approximately 2.48 billion yuan. The construction period will run from 2024 to the end of 2026. The company will commence construction after completing all the necessary approval procedures, and it will invest the entire amount in phases throughout the construction period. The total investment in the Liaoyuan green methanol production project is approximately 2.1 billion yuan. The project will be constructed in phases, with the first phase having an annual production capacity of 150,000 tons. The company plans to complete the construction of the first phase within about a year after obtaining all the necessary construction approvals. The project will construct four new hydrogen production systems (including 56 electrolyzers sowie facilities for air separation, nitrogen production, and purification), with a hydrogen production capacity of 44,000 tons per year ； A new methanol synthesis system is to be built, with a designed capacity of 170,000 tons per year for methanol production ； A new biomass green carbon and waste heat power generation system is being established, which involves the design of 2 biomass boilers with a capacity of 150 tons per hour using circulating fluidized bed technology, as well as a waste heat power generation system with a capacity of 35+15 MW ； Build a new carbon dioxide capture and purification system ； Construct one 220KV main step-down substation and one 66KV main step-down substation ； Construct new utility projects as well as hydrogen and alcohol storage tank areas.