【Ten Years of Rapid Development in Chemical Equipment】China’s First 6-Megawatt PEM Pure Water Electrolysis Hydrogen Production System from 2018 to 2022
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Witnessing the decade-long rapid development of chemical processing equipment, I praise the prosperity and strength of modern China. Wishing everyone a happy New Year, and may their families enjoy peace and good health. By contributing our ideas, we can create a more lively atmosphere; HaiChuan becomes even better with your participation. Everyone is welcome to join in the discussions on this forum. ------------------------------------------------------------------ On November 11, 2022, the launch ceremony for China’s first 6-megawatt PEM pure-water electrolysis hydrogen production system was held at Saisix Hydrogen Energy Co., Ltd. in Jinan, Shandong Province (hereinafter referred to as “Saisix Hydrogen Energy”). This system was independently developed and produced by Sykesix Hydrogen Energy, and will be sent to Inner Mongolia for use by its owner, Jinqilin New Energy Co., Ltd., in the wind power-to-hydrogen project aimed at local consumption of hydrogen generated there. “This is the first set of 1,200 cubic meter PEM wind-solar hydrogen production equipment to be put into use in China, and it is also the largest industrial-scale project of its kind currently operating in the country. ”Zou Fangming, chairman of Saixiesi Group, introduced this at the launch ceremony. Industry experts point out that this indicates that in the field of PEM hydrogen production, Sykesix Hydrogen Energy Technology has reached an internationally advanced and domestically leading level.
It is reported that this device boasts advantages such as a wide power adjustment range, a large hydrogen production capacity, and a highly integrated control system. Once it is put into use, the owner will take advantage of Inner Mongolia’s abundant wind energy resources, combined with PEM pure-water hydrogen production technology, to produce hydrogen. This hydrogen will be transported in high-pressure gaseous form and supplied to local chemical enterprises for use, thereby realizing the commercialization of hydrogen production, storage, transportation, and application. This approach holds significant practical value in exploring innovative ways to utilize hydrogen in order to achieve the \"dual carbon\" goals, accelerating the development of a complete industrial chain for hydrogen production, storage, distribution, and utilization, and promoting the transition to clean energy.
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