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Study of Temperature Characterization of Agricultural Waste in the Development of Stove for Combine Heat Power

机译：用于混合热力炉子发育中农产品垃圾温度特征的研究

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摘要

Indonesia is one of tropical country in the world, therefore biomass product can find a lot in Indonesia. In the other side, waste of agricultural product is one of biomass resources which is can be converting to energy using Combine Heat Power for the example. In this paper, will be discussed about the temperature characterization due to influence of feeding rate and air flow rate. The contribution of this paper will show the temperature achievement of flue gas as the result of direct combustion in a stove. The research conducted using coconut shell as raw fuel material with varying feed rate and air flow rate. In this research also use the excess air to know the effect. The result show that the temperature of flue gas in direct combustion of coconut shell can reach of 520°C and temperature at combustion chamber reach 840°C. This achievement is occurring in the certain variation of experiment.
机译：印度尼西亚是世界上热带国家之一，因此生物量产品可以在印度尼西亚找到很多。在另一边，农产品的浪费是生物质资源之一，可以使用相结合的电力来转换到能量。在本文中，将讨论由于进料速率和空气流速的影响而导致的温度表征。本文的贡献将显示烟气导致炉灶的温度成果。使用椰壳作为原料燃料材料进行的研究，进料速率和空气流速。在这项研究中，还使用过量的空气来了解效果。结果表明，椰子壳直接燃烧中的烟气温度可达到520℃，燃烧室温度达到840℃。这种成就在实验的某些变体中发生。

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