ORBITEC PROPOSES TO DEVELOP PROCESSES AND WASTE HEAT RECOVERY TECHNIQUES TO BE INCORPORATED INTO THE EXISTI…

Public award description

ORBITEC PROPOSES TO DEVELOP PROCESSES AND WASTE HEAT RECOVERY TECHNIQUES TO BE INCORPORATED INTO THE EXISTING PLASTIC MELT WASTE COMPACTOR (PMWC) TO INCREASE EFFICIENCY AND THROUGHPUT. THE END GOAL WILL BE TO INCORPORATE THESE PROCESSES AND TECHNIQUES INTO THE PMWC SYSTEM DEVELOPED BY AMES RESEARCH CENTER (ARC). THE PMWC HAS SHOWN TO BE THE BEST TECHNOLOGY FOR WASTE MANAGEMENT FOR SPACE APPLICATIONS. IT CAN COMPRESS, RECOVER WATER, AND STABILIZE THE WASTE IN ONE COMPACT SYSTEM. EVEN THOUGH THE PMWC HAS BEEN BUILT AND IS BEING TESTED BY ARC, MANY TECHNICAL CHALLENGES REMAIN. THIS PHASE I EFFORT IS IN RESPONSE TO THOSE CHALLENGES TO INCREASE THE PMWC TECHNOLOGY READINESS LEVEL SIGNIFICANTLY BY THE END OF PHASE II. DURING PHASE I MUCH WILL BE DONE BY COMPUTATIONAL ANALYSIS TO ANALYZE THE BEST MATERIALS TO MINIMIZE HEAT LOSSES AND HOW TO MOST EFFECTIVELY ADD FORCED AIR CONVECTION TO THE PROCESS. A BENCHTOP SIMULATOR WILL ALSO BE DEVELOPED AND TESTED TO MORE ACCURATELY QUANTIFY AND VALIDATE THE COMPUTATIONAL RESULTS. PHASE II WILL EXPAND UPON THESE EFFORTS BY INCORPORATING THE PHASE I DESIGNS INTO THE CURRENT PMWC OR BY CONSTRUCTING A NEXT GENERATION PMWC, WHICH WILL HAVE A TRL OF 5 OR 6.