WATER ELECTROLYSIS SYSTEM REFURBISHMENT

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WATER ELECTROLYSIS SYSTEM REFURBISHMENT ( water-electrolysis-system-refurbishment )

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Cross-Leakage Conditions. Eachelectrolysismodulewasinstalledinatest station in the electrolysis test facility. Water was first circulated through the electrolyte circulation loop and visual inspectionwas made for gas leakage into the electrolyte by observingtheliquiddischargeforentrainedgasbubbles. Liquid leakage into the gas passages was measured by visual inspection of the liquid level in the reservoir and observing a liquid levelchange. ThetestwasthenrepeatedwithKOH. Data Recording Requirements. Log book entry; pass or fail. No data sheet. Values and Tolerances. No visible cross leakage was acceptable. Results. Allfourmodulespassedthistest. Electrical Conditions. Each module was operated on a test station in the electrolysis test facility using a single constant current power supply to power the two electricalbanks of the module in parallel. The total currentwas set to approximately9 A; individualbank currents and all cell voltages were measured. The test duration wasfourhours. Visualinspectionforinternalshortingwas made by observing the electrolyte discharge for entrained gas bubbles. Data Recording Requirements. Log book entry; internal shorting pass orfail. Cellvoltageswerereadonadigitalvoltmeter,currents onammeters(O-lOAscale). Datasheetswiththefollowingcolumn headings were utilized: Date, time, elapsed time Cell voltages: Al through A8; Bl through B8 Bank current: A and B. Data were recorded once an hour. 42

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