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pressure of the subsystem, (2)maintains the pressure differentials required to establish and maintain fluid locations within the cell and (3) controls pressurization and depressurization of-the OGS during startups and shutdowns, respectively Subsystem Technology and Hardware Developments This part of the development effort concentrated on the subsystem improvements exclusive of the SFWVEM and DM The activities included analyses and solutions to component and peripheral hardware problems and overall subsystems operation. Specifically, the following were examined * Overall subsystem engineering considerations * Peripheral component improvements * Control and sequence improvements * OGS packaging considerations * OGS reliability and maintainability considerations Overall Subsystem Engineering Considerations The subsystem's engineering considerations for the OGS were divided into the following activities * OGS engineering specifications * OGS schematic and component list * OGS mass balance * Product gas aerosol formation studies OGS Engineering Specifications A set of engineering specifications were prepared to serve as a design goal for the subsystem A three-man level was selected The resulting specification as shown in Table 1. In order to complete the specification, several assumptions were made 1 A power penalty of 0.268 kg/W (0.591 lb/W) was used to allow evaluation on a total equivalent weight basis. 2. Similarly,aheatrejectionpenaltyof0.198kg/W(0436lb/W)was used for rejection of waste heat to air. 3 A Respiratory Quotient (RQ) (defined as volumetric rate of CO2 exhaled divided by the volumetric rate of 02 inhaled) was defined at 0 84 This quotient is needed to derive the amount of 02 needed by an EDC since the EDC consumes 02 in its collection of CO2. 4 The RLSE crew size of three was chosen. S. The OGS was sized based on continuous operation. If solar cells were the power source, a cyclic operation of 58 minutes on and 36 10 Zie System, JINCPDF Image | STATIC FEED WATER ELECTROLYSIS PROCESS
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