香蕉皮废热分解产热分析

M. I. Jobli, Diana Kertini binti Monir, Khoo Kian Peng
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引用次数: 1

摘要

由于细菌的活动,生物质的分解导致能量的释放和物质的升温。因此,通过构建热交换器系统,可以有效地利用分解产生的热量。该系统的工作原理与地源热泵相似。然而,该系统使用的是腐烂的生物质释放的热量,而不是来自地面的地热。这项实验工作的主要目的是评估设计一种热泵系统的潜力,利用从香蕉皮中回收的热量作为能量来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of waste thermal energy from banana peels using decomposition process for heat generation
Decomposition of biomass due to bacterial activity results in the release of energy and warming of the mass. Therefore, the heat produced from the decomposition can be exploited effectively through a construction of a heat exchanger system. The working principle for this system is similar to that of ground source heat pumps. However, the system uses heat released from decaying biomass instead of geothermal heat from the ground. The main objective of this experimental work is to evaluate the potential of designing a heat pump system utilising the heat recovered from banana peels as a source of energy.
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