[Ten years of development of chemical equipment] 736-2021 China’s first large-scale 160,000 standard cubic meters/hour coal-to-hydrogen project

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This post was last edited by Swimming Fish in the Desert on 2022-12-24 15:32, looking at the ten years of development of chemical equipment, praising the prosperous China in the prosperous world, and the seas and rivers will be more lively and exciting with everyone's participation. Everyone is welcome to participate in more forum exchanges and discussions, and there will be prizes for replying. Welcome to the discussion------------------------------------------------- In February 2020, Lanshi Group Heavy Equipment Company signed an EPC contract with Liaoning Panjin Haoye Chemical Co., Ltd. for a 160,000 standard cubic meter/hour coal-based hydrogen production unit. The project is tentatively valued at 150 million yuan and uses the circulating fluidized bed pressurized coal gasification process package technology provided by Lanshi Research Institute. This technology was jointly developed by Lanshi Research Institute and the Institute of Engineering Thermophysics of the Chinese Academy of Sciences, and has been applied in the first domestic demonstration device in the Lanshi Gold Chemical Project. This technology application is an important step for the company to transform and upgrade from traditional equipment manufacturing to overall solution services, and can lay a solid foundation for the subsequent replication and market promotion of circulating fluidized bed pressurized coal gasification technology. This project uses pressurized circulating fluidized bed gasification technology with a daily coal input capacity of 2,500 tons, developed jointly by Lanshi Research Institute and the Institute of Engineering Thermophysics of the Chinese Academy of Sciences, to meet the hydrogen demand of 100,000 Nm3/h, and the processing capacity is five times that of the Jinchang demonstration unit. During the construction of the project, the institute sent technical personnel to coordinate and promote the progress of the project, check for leaks and fill gaps on site, solve problems that may arise during the design and construction process, accurately grasp the actual situation of the project, and ensure that problems are discovered in advance and solved as soon as possible, creating more favorable conditions for later debugging of the project.