Water Scrubber and Zeolite Catalyst for Clean Syngas Production on Biomass Gasification of Bagasse in a Downdraft System

M. Maryudi, A. Aktawan, Shinta Amelia
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Abstract

Biomass gasification is one solution that can overcome Indonesia's energy crisis. Indonesia is an agricultural country that has a lot of sources of biomass. This work was focused on clean syngas production with purifying process through a water scrubber and zeolite catalyst as a filter. The syngas was produced from bagasse gasification as solid waste from a sugar factory. The weight of bagasse feedstock was studied on 1000 g, 1500 g, 2000 g, 2500 g, and 3000 g. The influence of burning time and syngas composition were also studied on syngas production. The experiment result showed that the burning time of syngas is related to the amount of bagasse; the higher the bagasse, the longer the burning time. The syngas composition from the gasification process was investigated, and it was found that CO, CH4, and H2 were percentages of 9.294%, 1.348%, and 2.773%, respectively. The water scrubber and zeolite catalyst can affect the cleanness of the syngas.
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水洗涤器和沸石催化剂用于蔗渣生物质气化生产清洁合成气
生物质气化是克服印尼能源危机的一个解决方案。印度尼西亚是一个拥有大量生物质资源的农业国家。这项工作的重点是通过水洗器和沸石催化剂作为过滤器的净化过程生产清洁合成气。合成气是由甘蔗渣气化作为糖厂的固体废物生产的。研究了1000克、1500克、2000克、2500克和3000克甘蔗渣原料的重量。还研究了燃烧时间和合成气组成对合成气生产的影响。实验结果表明,合成气的燃烧时间与蔗渣的用量有关;蔗渣越高,燃烧时间越长。研究了气化过程中的合成气组成,发现CO、CH4和H2的百分比分别为9.294%、1.348%和2.773%。水洗器和沸石催化剂会影响合成气的清洁度。
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