NASA can use the SEAR in active thermal control systems for future, manned exploration spacecraft. A key application will be manned lunar orbiters, which will experience extreme, cyclic thermal environments. The SEAR can save hundreds of kilograms of water and store more thermal energy than conventional systems that employ sublimators or phase-change materials. The SEAR technology can also be used as a heat rejection system for future exploration space suits. SEAR systems can save a tremendous amount of water compared to conventional venting systems.
SEAR technology can be adapted for use as a compact, regenerative, heat-driven dehumidification system for terrestrial applications where small size and light weight are critical. The system enables the same performance as liquid desiccant systems but without the complexity of recirculating liquid solution. The SEAR could be used in either a swing bed or enthalpy wheel type configuration. Applications include vehicular climate control systems and container based, industrial dehumidification systems.
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