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LIQUID BIOFUELS FOR STATIONARY ENERGY GENERATION THE BIOLIQUIDS-CHP EU-RUSSIA PROJECT

机译:用于固定能源发电的液态生物燃料-CHP欧盟-俄罗斯项目

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摘要

A survey on available MGT suitable for the Bioliquids-CHP project purpose has been carried out,rncomparing technical characteristics towards needed modifications. The MGT architecture was carefully examined, asrnthe possibility to implement minor modifications largely depends on the type of MGT: issues such as combustion –rnchamber type, injector characteristics, fuel line, and control system, were the driving factor for comparing the variousrnoptions. The criteria which drove the selection of the MGT for the project were therefore summarised. Main fuelrnphysical and chemical characteristics were reported and compared towards standard fossil fuels as diesel oil orrnkerosene. A preliminary correlative study of droplet evaporation and combustion has been carried out, in order tornbetter understand the peculiarity of each bio-fuel, and data compared to experimental data by Istituto Motori-CNR inrnNaples, Italy. The only purpose of this activity is to derive preliminary indications about conversion strategies for thernMGT Combustion chamber. Finally, preliminary CFD (Computational Fluid Dynamics) work on the MGTrncombustion chamber was initiated.
机译:已对适用于生物液体CHP项目目的的可用MGT进行了调查,并将技术特征与所需的修改进行了比较。对MGT的体系结构进行了仔细的检查,可能进行较小修改的可能性在很大程度上取决于MGT的类型:燃烧-燃烧室类型,喷油器特性,燃油管路和控制系统等问题是比较各种选项的驱动因素。因此,总结了推动选择该项目的MGT的标准。报告了主要燃料的理化特性,并将其与标准化石燃料(如柴油或煤油)进行了比较。为了更好地了解每种生物燃料的特殊性,已对液滴的蒸发和燃烧进行了初步的相关研究,并将数据与意大利Istituto Motori-CNR inrnNaples的实验数据进行了比较。该活动的唯一目的是获得有关MGT燃烧室转换策略的初步指示。最后,开始在MGTrn燃烧室进行初步CFD(计算流体动力学)工作。

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