This study is directed toward the analysis of size reduction as a means of processing solid waste for resource recovery during long-duration, crewed space missions. Currently, there is a lack of basic performance information related to the size reduction of solid waste generated by such missions. This study consisted of designing, constructing, and testing size reduction equipment and of measuring the performance of the equipment. Key operating conditions and performance parameters were measured during the research project. Trash, biomass residues, and their combination were used as feedstocks and size reduced under varying conditions of grinder rotational speed and size of the discharge opening, among other conditions. A number of performance parameters were measured and calculated during the study, including the specific energy required for reducing waste to various product sizes. Additionally, the study provides practical information related to the volume, mass, and resource requirements for size reduction of waste in crewed space applications, and to potential processing problems.
Fundamental Study of Solid Waste Size Reduction as Applied to Crewed Space Missions
Sae Technical Papers
31st International Conference On Environmental Systems ; 2001
2001-07-09
Conference paper
English
Thermophilic Aerobic Solid Waste Processing for Long-Term Crewed Missions
British Library Conference Proceedings | 2006
|Thermophilic Aerobic Solid Waste Processing for Long-Term Crewed Missions
British Library Conference Proceedings | 2006
|