对木薯淀粉和西米胶的类型和组成的非碳煤块的过程分析

Vivi Widiawati, A. Winarno, Tommy Trides, Windhu Nugroho, Henny Magdalena
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引用次数: 0

摘要

世界对燃料油的需求随着人口和工业的增长而增长。替代固体燃料的主要成分是煤,它含有很高的热值,所以它可以取代石油产品,被用作型煤。本研究对非碳化型煤进行了木薯胶与西米胶的近似试验。在研究中,使用的方法解决了从已建立的理论和观测对象的数据中提取研究的问题。对巴厘巴盘地层、巴郎岛地层、甘榜巴鲁地层进行了含淀粉胶粘剂型煤的近似试验分析,得到IM值为11.68% ~ 24.48%,AC值为2.62 ~ 5.68%,VM值为39.40 ~ 52.49%,FC值为12.95 ~ 46.32%。而在巴力巴盘组、巴朗岛组、甘榜巴鲁组上添加西米胶粘剂的煤块,其IM值分别为13、11 ~ 30、57%,AC值分别为3、71 ~ 5、75%,VM值分别为47、83 ~ 53、22%,FC值分别为10、47 ~ 41、34%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS PROKSIMAT PADA BRIKET BATUBARA NON KARBONISASI TERHADAP JENIS DAN KOMPOSISI PEREKAT TAPIOKA DAN PEREKAT SAGU
The demand of the fuel oil in the world increasing with the rate population and industrial growth. The alternative solid fuel which is the main ingredient of that is coal, contains the high calorific value so that it can be replaced petroleum product and be used is briquette. In this study conducted proximate test on non-carbonized coal briquettes beetwen tapioca adhesive and Sago adhesive. In the study, the methods used approach issues of extracting research from established theories and data of observed objects. The analysis result of proximate test briquettes coal with tapioca adhesive on Balikpapan Formation, pulau balang Formation, kampung baru formation obtained the value of IM is 11,68% - 24,48 %, AC is 2,62 - 5,68 %, VM is 39,40 - 52,49 %, and FC is 12,95 - 46,32 %. whereas on coal briquettes with Sago adhesive on Balikpapan Formation, pulau balang Formation, kampung baru formation obtained the value IM is 13,11 - 30,57 % on, AC is 3,71 - 5,75 %, VM is 47,83 - 53,22 %, and FC is 10,47 - 41,34 %.
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