Analysis of Potential Electric Energy Rice Husk using Gasification Process in West Sumatera

Maidi Rizki Rizki, Nazir Refdinal
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Abstract

Currently, the use of fuel is increasing, it is feared that fossil fuels will run out in the near future and the national energy policy make the target of the new renewable energy to reach 23% in 2025, especially those most widely used for electricity fuel. Energy from vegetable waste is one of solution to produce new biomass energy an alternative energy to replace fossil fuels. The potential of biomass energy at Indonesian, especially in the West Sumatra area is very large, one of which is solid waste from rice husk agricultural products. In this article, use the rice husk gasification downdraft method to produce synthetic gas to internal combustion engine and coupled with electric generator. The results of rice production at West Sumatera in 2021, which is total of 1.361.769 tons of dry unhulled rice (GKG), will produce 272.353,8 tons of rice husks or about 20% of the total rice production, and mass syngas is 235.335,47 tons, the energy potential electrical 118.924,82 MWh per year. The generator can runs 216 days continuously and cost of fuel is $ 224.64/day vs $302.23/day a diesel engine. So fuel of biomass gasifier 34.5% more efficient compared with the diesel engine.
西苏门答腊稻壳气化过程势能分析
目前,燃料的使用量在不断增加,人们担心化石燃料将在不久的将来耗尽,国家能源政策制定了2025年新的可再生能源达到23%的目标,特别是最广泛使用的电力燃料。利用蔬菜废弃物发电是生产新型生物质能的解决方案之一,是替代化石燃料的替代能源。在印度尼西亚,特别是在西苏门答腊地区,生物质能的潜力非常大,其中之一是稻壳农业产品的固体废物。本文采用稻壳气化下吸法生产合成气供内燃机使用,并与发电机相结合。2021年西苏门答腊水稻产量为1.361.769吨干脱壳米(GKG),可生产稻壳272.353万吨,约占水稻总产量的20%,质能合成气235.335万吨/年,能势电118.924,82 MWh /年。发电机可以连续运行216天,燃料成本为224.64美元/天,而柴油发动机为302.23美元/天。因此生物质气化炉的燃料效率比柴油机高34.5%。
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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