研究快速热解过程的特性RDF-5分解废物与咖啡与塑料废物与生物油量的结合

M. Riswanda
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引用次数: 0

摘要

目前,印尼人民在废物管理方面面临着各种各样的问题,包括有机废物和无机废物。可以利用的一些废物是棕榈废料、咖啡渣和HDPE塑料废料,它们可以作为替代燃料,其中一种是通过热解过程。热解是在缺氧条件下对物质进行化学分解的过程。这一热解过程将RDF-5生物质转化为生物油形式的液体烟雾产品。本研究旨在通过使用的组分比的最佳变化来确定热解油的量。本研究使用的构成比例变量分别为50%:30%:20%、40%:40%:20%、30%:50%:20%。本研究结果得出,棕榈渣50%、咖啡渣30%、HDPE塑料20%的混合比例为200 ml时的最佳量。组成比例影响热解油的量。棕榈废弃物和咖啡渣与HDPE塑料废弃物结合剂产生的RDF-5的数量随着棕榈废弃物废弃物组成比的减小而减小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STUDI KARAKTERISTIK PROSES PIROLISIS CEPAT RDF-5 BEBRBAHAN DASAR LIMBAH AREN DAN KOPI DENGAN PENGIKAT LIMBAH PLASTIK TERHADAP KUANTITAS BIO-OIL
Currently, the Indonesian people are faced with various problems in terms of waste management, both organic and inorganic waste. Some of the wastes that can be used are palm waste, coffee grounds and HDPE plastic waste which can be used as alternative fuels, one of which is through the pyrolysis process. Pyrolysis is a process of chemical decomposition of a material thermally in the absence of oxygen. This pyrolysis process converts RDF-5 biomass into a liquid smoke product in the form of bio-oil. This study aims to determine the quantity of pyrolysis oil through the best variation of the composition ratio used. In this study used composition ratio variables, namely 50%:30%:20%, 40%:40%:20%, and 30%:50%:20%. The results of this study obtained the best quantity from a mixture ratio of 50% palm waste, 30% coffee grounds and 20% HDPE plastic to produce 200 ml. The composition ratio affects the quantity of pyrolysis oil results. RDF-5 from palm waste and coffee grounds with HDPE plastic waste binder produces a quantity that tends to decrease as the composition ratio of palm waste waste decreases.
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