【Ten Years of Rapid Development in Chemical Equipment】The first 200 Nm/h bioethanol reformation hydrogen production plant came online between 1147 and 2023

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This post was last edited by Desert Fish on 2023-9-18 at 22:57. Looking back at the decade-long development of chemical technology, let’s celebrate the prosperity and strength of modern China. This is just a starting point; more participation will make the discussion more lively. HAICHUAN becomes even better with you here. [A Decade of Progress in Chemical Equipment] – A continuously updated summary thread; feel free to join the discussions: https://bbs.hcbbs.com/thread-3576046-1-1.html. Enhance quality awareness and promote high-quality development. ----------------------------------------- Recently, China’s first bioethanol reformation hydrogen production unit with a capacity of 200 Nm³/h was put into operation. To date, it has been running continuously for over 400 hours, with the hydrogen purity reaching 5N. This bioethanol reformation hydrogen production technology was jointly developed by SDIC Bio-Tech Investment Co., Ltd. (referred to as “SDIC Bio”) and the Research Center for Eco-Environment of the Chinese Academy of Sciences, with Yalian Hydrogen Energy taking on the task of its implementation and construction. This device utilizes an efficient hydrogen production catalyst developed over more than a decade by the team led by Academician He Hong from the Ecology Center of the Chinese Academy of Sciences; Yaliuan Hydrogen Energy provides the process package, detailed design, as well as construction support and guidance for commissioning and operation. By integrating the oxidation reforming hydrogen production process with selective gas catalytic oxidation technology, it can operate stably at high energy efficiency. Taking into account the characteristics of this catalyst for producing hydrogen from ethanol, Asia United Hydrogen Energy ensured the catalyst’s conversion efficiency by developing a radial distribution oxygenation technique to maintain the stability of ethanol’s autothermal reforming and regeneration; the results of operational tests were superior to those obtained through experiments ； At the same time, the project’s exhaust gas recovery system utilizes UAL Hydrogen’s catalytic oxidation heating technology, which improves the efficiency of exhaust gas recovery.