【Ten Years of Rapid Development in Chemical Processing Equipment】Domestic production of 100 Nm3/h PEM pure water electrolysis hydrogen generation units from 1196 to 2023

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This post was last edited by “Fish Swimming in the Desert” on November 2, 2023, at 11:40. Reflecting on a decade of development in chemical engineering and technology; it’s wonderful to see China thriving and growing stronger. This is just a starting point—let’s encourage more people to join in the discussion! With your participation, things will be even more interesting. [A Decade of Great Development in Chemical Engineering Equipment] This is a continuously updated thread for discussions; everyone is welcome to participate: https://bbs.hcbbs.com/thread-3576046-1-1.html Prevention comes first; human life is paramount. ----------------------------------------- Recently, the 100 Nm³/h PEM water electrolysis hydrogen production unit manufactured by Shandong Saisaisi Hydrogen Energy has completed its production and debugging processes, and is now on its way to Shaanxi. This project is a local hydrogen production and utilization facility developed for a chemical manufacturing group in Shaanxi; it uses photovoltaic power generation combined with PEM pure-water electrolysis to produce hydrogen, thereby enabling full-chain utilization of hydrogen energy from production to storage, transportation, and application. The 100 Nm³/h PEM pure water electrolysis hydrogen production unit used in this project is a domestically developed and manufactured hydrogen production device created by Shandong Saikesaisi Hydrogen Energy Co., Ltd. It enables remote switching between various hydrogen production modes, including off-grid photovoltaic power, grid electricity, and a combination of grid electricity and photovoltaic power. With its wide power adjustment range, large-scale hydrogen production capacity, and highly integrated control system, it can produce high-purity hydrogen steadily. By enabling efficient integration with photovoltaic resources, it holds significant significance as a model for promoting the transition to clean energy and innovating new ways of utilizing hydrogen energy.