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THE CORRELATION OF IR MICROTURBINE COMBUSTION PERFORMANCE WHILE BURNING DILUTED GASEOUS FUEL SUPPLIED BY A FUEL MIXING FACILITY

机译:IR MicroCurbine燃烧性能的相关性,同时燃烧燃料混合设施供应的稀释气体燃料

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Ingersoll-Rand Energy Systems commissioned the construction of a fuel mixing facility to test its commercial microturbines fueled with alternative fuels like those produced by landfills, agricultural digesters, wastewater treatment plants, and petroleum gas well heads. This paper provides an overview of the fuel mixing facility and its capabilities, a discussion of diluted fuel compositions that are typically found in field applications, and a summary of the combustion performance of the IR 250 kW and 70 kW microturbines while operating on diluted fuels (LHV < 34 MJ/m~3). The pollutant emission measurements taken with the microturbine burning diluted fuel supplied by the fuel mixing facility are compared with the measured emissions taken from a microturbine operating at a landfill to provide validation of the measurements gathered from the fuel mixing facility. Pollutant emissions are closely tied to not only the magnitude of diluents, but the composition of the diluents as well.
机译:Ingersoll-rand能源系统委托建设燃料混合设施,以测试其商业微观有关,以替代燃料,如垃圾填埋场,农业消化器,废水处理厂和石油气井头生产的替代燃料。本文概述了燃料混合设施及其能力,讨论通常在现场应用中发现的稀释燃料组合物,以及在稀释燃料上操作时IR 250 kW和70 kW微管的燃烧性能的概要( LHV <34 MJ / m〜3)。将用燃料混合设施供应的微涡轮型燃烧燃料采用的污染物排放测量与从垃圾填埋场运行的微涡轮机采取的测量排放进行比较,以提供从燃料混合设施收集的测量的验证。污染物排放不仅与稀释剂的幅度密切相关,而是稀释剂的组成也是如此。

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