At present, atmospheric-pressure square alkaline water electrolyzers are being upgraded in three major directions:
First, material innovation. Further optimization of electrode catalyst formulations and composite diaphragm performance will reduce equipment costs and extend service life.
Second, intelligentization. Integration of the Internet of Things and precise control systems enables real-time operating condition monitoring, dynamic energy consumption optimization, and improved operational stability.
Third, large-scale and integrated development. It promotes the breakthrough of single-unit hydrogen production capacity to the level of 10,000 Nm³/h, supports green factories and low-carbon energy systems, and facilitates the in-depth application of the hydrogen energy industry in industrial, transportation, and other fields.
JHM-1 Bipolar Natural Circulation Zero-gap Hydraulic Electrolyzer
JHM-3 Bipolar Natural Circulation Zero-gap Tie-rod Electrolyzer
JHM-5 Bipolar Natural Circulation Zero-gap Push-rod Electrolyzer
JHM-1A Bipolar Zero-gap Electrolyzer (Natural Circulation, Hydraulic-actuated)
HZ Atmospheric Pressure Square Alkaline Water Hydrogen Production Electrolyzer
JHM-5A Bipolar Membrane Zero-gap Electrolyzer (Natural Circulation, Push-rod Type)
Rubber Gaskets for Ion Exchange Membrane Electrolyzers
Flexible Hoses for Inlet and Outlet of Ion-exchange Membrane Electrolyzer