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therefore, an external heat source (e.g., waste heat from another subsystem) would have to be utilized. result it was recommended that high temperature operation be discontinued. SFWEN/DM Integrated 30-Day Endurance Test The existing one-man test system(5) was modified and refurbished to allow Fixed Hardware Weight, kg (lb) Total Heat Rejection and Power Penalty, kg (lb) Total Equivalent Weight, kg (lb) Estimated Volume, m3 (ft3) Total Power, kW 1976 54 (119) 328 (723) 382 (841) 1980 36 (80) 258 (568) 294 (647) 0.085 (3.00) This complicates OGS/ARS integration. As a operation with a 3-cell DM. handvalves,DMsupportbracketsandDMpowerandvoltageleads. Themodified stand was checked out and is ready for the integrated testing scheduled as part of the remaining program test activities. CONCLUSIONS Five conclusions were drawn based on the activities completed to date: i. Comparingpresenttechnologywithprojected1980technology,a three-man OGS (4.19 kg 02/day (9.24 lb 02/day)) is at the following development stage: The modifications included additions of plumbing, 0.93 2. Thealkalineelectrolyte-basedSFWEShasthepotentialforoneof the lowest power-consuming electrolysis-based OGSs. A new electrode, WAB-6, has been developed by LSI for use in alkaline electrolytes. At the eni of 30 days of testing the cell voltage was only 1.42V at 108 mA/cm and a temperature of 355K (180F). 3. High temperature operation (greater than 35SK (180F)) of electrolysis cells has been demonstrated, although the practicality of using waste heat that is required to maintain these temperatures is in question. The external heat requirement is due to recent advances in electrode technology, where cells operate at very low cell voltages and produce very little waste heat. 4. TheSFWEMdoesnotreleaseanaerosolofthecellelectrolyteinto the product gas streams after a minimum module break-in period of 24 hours. This removes the possibility of depletion of the electrolyte or contamination of downstream components such as the DM and/or pressure regulators, with KOH. 5o 0.108 (3.81) 1.09 LiftSsteMs, Ax.PDF Image | STATIC FEED WATER ELECTROLYSIS PROCESS
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