巴基斯坦煤和生物质混合物的特性

IF 0.1 Q4 ENGINEERING, CHEMICAL
Junaid Khan
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引用次数: 0

摘要

煤是呈黑色的沉积岩,呈层状产出。在世界的不同地区都可以找到某些等级的煤。它可以从不同的采矿技术中提取。煤和生物质混合物的分析。通过使用这项技术,低品位煤转化为一种有价值的材料,用作家庭、商业和工业用途的燃料。生物质混合物由巴基斯坦煤与不同的生物质、蔗渣、椰子壳、椰子废料和木屑制成,即使用高热值煤与高热值和低灰分的生物质混合。低灰分的目的是不影响环境。这项技术是为了确定是否使用哪种类型的生物质和煤的混合物进行燃烧,并为它们在产生用于能源生产的蒸汽提供一个想法。可用于不同类型的气化炉/锅炉,即循环流化床。总热值是在热基混合物和重量基混合物的基础上确定的,而净热值是在相同的热基混合物或重量基混合物中确定的。净热值采用杜龙公式确定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of Pakistani coal and biomass blends
Coal is blackish color sedimentary rock which occurred in layer forms. There are certain ranks of Coal which can be found in different areas of World. It can extract from different mining techniques. The analysis of coal and biomass blends. By using this technology the low grade coal converts into a valuable material which is used as fuel for domestic, commercial and industrial purpose. Biomass blends are made of Pakistani coal with different biomass, bagasse, coconut shell, Coconut waste and saw dust i.e. High Gross calorific value coal is used to blend with biomass of high calorific value and low ash content. Purpose of low ash content is not to effect the environment. The technique was to determine whether which type either Biomass and coal blend to be used for the burning and to give an idea for their use in generating steam for energy production. Which can be used in different types of Gasifiers/boilers i.e circulating fluidized bed. Gross calorific value was determined on the basis of heat basis blends and weight basis blends with net calorific value determined in same heat basis blends and weight basis blends. Net calorific value was determined using Dulong formula.
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