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This post was last edited by “Fish Swimming in the Desert” on November 30, 2023, at 13:20. Let’s take a look at the ten-year development of chemical engineering and technology; it’s truly a testament to the prosperity and strength of China in this golden era. This post serves as an opening remark to encourage more participation from everyone—the discussion will be much more lively with your involvement. With you here, it becomes even more wonderful! This is a continuously updated summary thread on “Ten Years of Great Development in Chemical Engineering Equipment”; all are welcome to join the discussion: https://bbs.hcbbs.com/thread-3576046-1-1.html Prevention comes first; human life is paramount. ----------------------------------------- On the afternoon of November 15, 2023, Yangqing Group grandly unveiled the world’s first modular methanol-to-hydrogen system, MHU-600, capable of producing 600 kg of hydrogen per day, at the Bao’an New Hall of the Shenzhen International Convention and Exhibition Center. In collaboration with Jieqing Technology, it also launched the world’s first hundred-kilowatt-level methanol-hydrogen power generation system, MHPU-100. Additionally, together with Tailing Technology, it announced that the hydrogen-powered two-wheeler Yangqing H1 has now entered mass production and is being delivered to customers. At the press conference, the various partners were interviewed by mainstream media to discuss in depth the commercialization pathways and future prospects of methanol hydrogen energy in building a new energy system. The impressive debut of this new methanol-based hydrogen energy product will effectively address the bottlenecks in the development of the global hydrogen energy industry, fully facilitate the commercial ecosystem surrounding hydrogen fuel cell vehicles, and contribute to the decentralized transformation of the new energy system. The MHPU-100 is a methanol-hydrogen power generation unit developed by Yanghydro Group. It integrates highly the core technologies for producing hydrogen from methanol and for generating power using hydrogen, enabling a power output of 100 kW per unit. Compared to diesel generators, it reduces fuel costs by 50%. It supports modular stacking, allowing for flexible expansion from hundreds of kilowatts to megawatts or even hundreds of megawatts. The overall energy efficiency of combined heat and power generation exceeds 80%. The entire system can be powered independently in a distributed manner, or it can work together with solar and wind energy to form microgrids efficiently. It is widely used in applications such as base station power supply, electricity needs in construction and mining industries, energy supply for facility agriculture, methanol-hydrogen electric power for vehicles and ships, combined heat and power generation in industrial and commercial parks, as well as mobile power generation and charging, meeting the electricity demands of various fields and scenarios in industry, construction, transportation, agriculture, and more.