以卡波醇为替代燃料用甘蔗废液生产生物乙醇凝胶

Wilza Fithri Az-zahra, N. Harahap, S. Putra, M. Z. E. Sinaga
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引用次数: 1

摘要

生物乙醇凝胶是一种具有凝胶形式的替代燃料创新,易于包装和分发过程。生物乙醇凝胶是以卡波醇为增稠剂对生物乙醇进行改性而成。根据研究结果,可将甘蔗废弃物水解制备生物乙醇凝胶作为替代燃料,用酿酒酵母发酵4天,制得95%品位的生物乙醇凝胶。将卡波波尔作为增稠剂加入甘蔗废生物乙醇中,制得生物乙醇凝胶。以卡波醇1,8 g和氢氧化钠1ml为变化量获得的最佳结果为流动凝胶。生物乙醇凝胶的特性为:燃烧时间237秒,残留量0.03 g,发热量33.064,25 kJ/kg,生物乙醇5 g。
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Production of Bioethanol Gel from Sugar Cane Waste with Carbopol as Alternative Fuel
Bioethanol gel is an alternative fuel innovation with gel form, that ease packaging and distributing process. Bioethanol gel is modified bioethanol with carbopol as the thickening agent. Based on the result of the study, bioethanol gel as alternative fuel can be produced by hydrolyzing sugar cane waste and fermented with Saccharomyces cerevisiae for 4 days, producing bioethanol gel with 95% grade. Carbopol as thickening agent was added to bioethanol from sugar cane waste, producing bioethanol gel. Best result obtained with the variation of carbopol 1,8 g and NaOH 1 mL resulted to flowing gel. Characteristics of bioethanol gel are: flare time 237 seconds, residue 0,03 g, calorific value 33.064,25 kJ/kg, and 5 g of bioethanol.
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