将椰子壳废物处理设备测试为替代燃料

Masri Ali, Arhami
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引用次数: 0

摘要

热解是一种热化学反应,通过加热过程在缺氧或缺氧的情况下(厌氧)分解有机物质。研究的目的是设计可替代燃料的椰壳热解装置,用逆流平行流的方法了解热解过程中产生的大部分油,用冷凝器逆流平行流的方法了解热解过程中产生的热能或热量。通过实验对热解装置进行了研究,包括反应器、分配管和冷凝器。研究方法为:采用冷凝法、逆流法、平行流法,在35oC温度下60 min的热解过程实验。实验结果为用1000 gr的椰壳热解工艺得到42 g的气体燃料质量数据,直到得到198 g(逆流)和196 g(平行流)的热解油。逆流法吸收热量为1304,762 kJ,通过气体的热损失为462,842 kJ,即使平行流吸收热量为1200,83 kJ,通过气体的热损失为545,271 kJ。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengujian Alat Pengolah Limbah Tempurung Kelapa Menjadi Bahan Bakar Alternatif
Pyrolysis is a thermo-chemical which decomposition of organic material through heating process with absent or little oxygen (anaerobic). The purposes of study are design pyrolyzer of coconut shell being to alternative fuels, knowing much of oil from pyrolysis process with method of counter flow and parallel flow, and knowing heat energy or caloric energy which was produced from pyrolysis process with method of counter flow and parallel flow in condenser. The research with through experiments the pyrolyzer which includes reactor, distribution pipe, and condenser. Research methods are the experiment of pyrolysis process at temperature 35oC during 60 minutes with condensation method, counter flow and parallel flow. Results of experiments are data of gas fuels mass obtained 42 grams which used pyrolysis process of coconut shell in the amount of 1000 gr, until produces pyrolysis oil as 198 grams (counter flow) and 196 grams (parallel flow). Counter flow method can absorb a heat as 1304,762 kJ and heat loss through gasses as 462,842 kJ, even though parallel flow no more than absorb as 1200,83 kJ and heat loss through gasses as 545,271 kJ.
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