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Performance Assessment of Dual Fuel Engine Operated with Agricultural Waste and Diesel

机译:用农产品和柴油机运行双燃料发动机的性能评估

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To find out the replacement of fossil fuel, numbers of alternative fuels have been developed. It has been observed that in a stationary diesel engine, producer gas is a better substitute for diesel. Through the process of gasification which is a thermo-chemical process, the solid biomass can be converted into a mixture of combustible gases that can be used in various applications. In the present work, while operating in dual fuel mode, a significant reduction in diesel fuel was detected. A 5 kW downdraft gasifier and a four-stroke diesel engine are used to conduct the experiments. Three types of biomasses (rice husk, rice straw and sugarcane bagasse) are considered to study the effect of producer gas on specific consumption of diesel in the dual mode of the engine. The producer gas is generated by using the biomasses and used along with diesel to run the engine in dual mode. The results obtained from the biomasses are compared to find the saving of diesel in dual mode. Results highlighted the better performance of engine when operated with the biofuels, obtained from the biomasses.
机译:要找出化石燃料的更换,已经开发了替代燃料的数量。已经观察到,在固定柴油发动机中,生产者气体是柴油的更好替代品。通过热化学过程的气化过程,固体生物质可以转化为可燃气体的混合物,可在各种应用中使用。在本工作中,在双燃料模式下操作时,检测到柴油燃料的显着减少。使用5千瓦的下游气化器和四冲程柴油发动机进行实验。考虑三种类型的生物量(稻壳,稻草和甘蔗队),研究了生产者气体对发动机双模柴油的特定消耗的影响。通过使用生物量产生生产的气体,并与柴油一起使用以在双模式下运行发动机。比较从生物质获得的结果,以找到双模柴油的节省。结果突出显示与生物燃料一起使用的发动机的发动机性能更好。

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