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Organic rankine cycle system with small tube using iso-butane propane mixture refrigerant

机译:具有小管的有机朗肯循环系统,使用异丁烷丙烷混合物制冷剂

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The high demand of electricity and the diverse of heat source made the researcher do a modification on a power plant. One of the modifications is Organic Rankine Cycle (ORC) system, where the system uses a low heat source. In addition, the system uses refrigerant as a working fluid instead of water. However, the halocarbon refrigerant has a negative impact on environment since they have a high number of Global Warming Potential (GWP) and Ozone Depletion Potential (ODP). The natural refrigerant is an alternative from the halocarbon refrigerant, with the low of GWP and ODP. Mixing hydrocarbon, like propane and butane, would improve the heat transfer characteristic. Musicool-134 (MC-134) is a mixture refrigerant with the main substance is between propane and i-butane. Based on the design calculation, the ORC system with MC-134 as a working fluid would result around 206.76 kW of work from the turbine and the thermal efficiency about 40%. This study aims for suggesting a solutions of ORC systems with a mixture of propane and i-butane as a working fluid to be used as a small to medium power plant.
机译:电力和热源的高度需求使研究人员在发电厂进行了修改。其中一个修改是有机朗肯循环(ORC)系统,其中系统使用低热源。此外,该系统使用制冷剂作为工作流体而不是水。然而,卤代碳制冷剂对环境产生负面影响,因为它们具有大量全球变暖潜力(GWP)和臭氧耗尽电位(ODP)。天然制冷剂是来自卤代碳制冷剂的替代方案,具有低GWP和ODP。混合烃,如丙烷和丁烷,将改善传热特性。 Musicool-134(MC-134)是一种与主要物质的混合物制冷剂在丙烷和丁烷之间。基于设计计算,具有MC-134作为工作流体的ORC系统将导致涡轮机的206.76千瓦,热效率约为40%。该研究旨在表明兽人系统的溶液和I-丁烷的混合物作为工作流体,以用作小于中等发电厂的工作流体。

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