Technical Name |
Advanced three-in-one PEMWE Electrolyzer System for Four Industry Application |
Project Operator |
Yuan Ze University |
Project Host |
鐘國濱 |
Summary |
The generation of oxygen, hydrogen,ozone from water with innovative proton exchange membrane water electrolysis their application is addressed. The integration of oxygen, hydrogen,ozone on specific disease cureprevention, fishery farming, agricultural irrigationfood preservation are proved to more efficiently than individually . Our invention will be the best green inventi |
Scientific Breakthrough |
Traditionally, IrO2PbO2 are utilized as anode materials for producing H2/O2H2/O2(O3) only at lowhigh voltages, respectively. In this study, it is found that even small amount of IrO2 addition, anode with PbO2 is capable to produce hydrogen at low voltage. Additionally, PbO2 anode catalyst with IrO2 possess better resistivity after switching off of the powerrestarted.
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Industrial Applicability |
Unlike companies with 2-in-13-in-1 PEMWE applied to in energy storagedisinfection, respectively, the application of high purity hydrogen, high pressure oxygen (w/o medical grade ozone) from with innovative proton exchange membrane water electrolysis on fishery farming, agricultural irrigation, specific disease cureprevention,food preservation has been addressedpatented.
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Keyword |
Proton Exchange Membrane Water Electrolyzer(PEMWE) Food Preservation Agricultural Irrigation Fishery Farming Disease Cure and Prevention, Oxygen Hydrogen Ozone Anode Membrane Electrode Assembly |