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Performance and Emission Experimental Evaluation and Comparison of a Regenerative Gas Microturbine Using Biodiesel From Various Sources as Fuel

机译:各种来源生物柴油作为蓄热式燃气轮机的性能和排放实验评估与比较

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摘要

This study aims at carrying out an emission!performance experimental analysis to evaluate and compare the use of pure Biodiesel obtained from different sources: castor, soybean, and palm oil, in a 30 kW regenerative Diesel one shaft gas microturbine engine installed in the laboratories of the Federal University of Itajuba-UNIFEI, Brazil, at steady state condition and at different level loads. A comparison study with the obtained results for Biodiesel and Diesel was carried out for all cases. There were no significant changes in the performance of the microturhine that reached thermal efficiency levels of about 26%. The minimum heat rate obtained at full load was for the Biodiesel fuel from palm oil and the maximum was for castor oil, with a value 8.38% higher than the Diesel fuel. In addition, a slight rise in CO and a reduction in the NO_x concentrations were observed.
机译:这项研究旨在进行排放性能实验分析,以评估和比较从不同来源获得的纯生物柴油的使用,这些生物柴油由蓖麻,大豆和棕榈油制成,安装在实验室中的30 kW再生柴油单轴微燃气轮机发动机中。巴西Itajuba-UNIFEI联邦大学,处于稳定状态且处于不同水平载荷下。对所有情况下的生物柴油和柴油的结果进行了比较研究。达到约26%的热效率水平的微型涡轮机性能没有明显变化。在满负荷下获得的最低热效率是棕榈油生产的生物柴油燃料,而最高的是蓖麻油,其发热量比柴油燃料高8.38%。另外,观察到CO略微升高和NO_x浓度降低。

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