Waste to Energy Prime Mover Efficiencies for Commercially Available Technology

The data provides a collected set of information on electric power rating and efficiency for commercially available prime movers in waste to energy applications. The five main technologies in focus are: steam turbines, gas turbines, microturbines, reciprocating internal combustion engines, and fuel cells (specifically solid oxide). The technology data points collected are systems that can use fuel with components from biogas (methane, hydrogen, etc) generated during anaerobic waste treatment. The data set provides a commercial preview of each technology that could guide potential use in different ranges based on desired electric output (and required power input).

本数据集收录了废弃物能源化利用（waste to energy）场景下商用原动机（prime mover）的额定电功率与效率相关信息。本次聚焦的五大主流技术分别为：蒸汽轮机、燃气轮机、微型燃气轮机、往复式内燃机以及燃料电池（fuel cells），具体为固体氧化物燃料电池（solid oxide fuel cell）。本次采集的技术数据均针对可使用厌氧废弃物处理（anaerobic waste treatment）过程中产生的生物沼气（biogas，主要成分为甲烷、氢气等）的系统。本数据集提供了各技术的商业化应用预览，可基于目标电功率输出（及所需输入功率）为不同应用场景的潜在选型提供参考。