Experimental Study of Updraft Gasification of Rice Husk and Coal to Produce Syngas

Fiqrei Akbar Nugroho, A. Syarief, Allexyus Mikhael, G. G. Supit
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Abstract

Limited resource of fossil fuel inspires many research activities to search for alternative energy. This work offers alternative solution to address this problem through charcoal gasification. The goal of this research is to find the amount of syngas produced in the gasification is process. The alternative fuel was produced from the mixing rice husk and low quality coal due to their abundant resource in South Kalimantan. The mixture was then gasified at 500 °C. The highest syngas volume at 29.56 L was in the sample of SP 200 gr and BB 0 then followed at 25.7 L for ratio SP 180 gr : BB 20 gr. The lowest produced syngas 19.45 was produced from the sample with ratio SP 100 gr : BB 100 gr. This gasification process also resulted in side product, i.e. tar component which varies from 22.5 mL to 58.75 mL.
稻壳与煤上升气流气化制合成气的实验研究
化石燃料资源的有限性促使许多研究活动寻找替代能源。这项工作提供了通过木炭气化解决这一问题的替代解决方案。本研究的目的是找出在气化过程中产生的合成气量。利用南加里曼丹地区丰富的资源,将稻壳和低质煤混合制成替代燃料。然后将混合物在500℃下气化。在SP 200克和BB 0的样品中,合成气体积最高,为29.56 L,其次是SP 180克:BB 20克的样品,合成气体积为25.7 L。在SP 100克:BB 100克的样品中,合成气产量最低,为19.45。这个气化过程还产生了副产物,即焦油成分,从22.5 mL到58.75 mL不等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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