将剩余水果用作生物乙醇和有机肥料

Ricky Yadi, Eddifa Rahman, Vetrio Monandes
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引用次数: 0

摘要

对农产品附加值的需求正在增加,其形式包括保健效益和减少污染废物。刚刚被浪费掉的分拣水果,仍然可以作为有附加值的材料来利用。一般来说,水果含有葡萄糖,这是加工生物乙醇的基本成分。尽管质量下降了,但它仍然含有葡萄糖,可以发酵成生物乙醇或有机肥料。近年来,制药和食品饮料行业根据工业需要需要大量的生物乙醇进行进一步加工。与此同时,农业用地越来越多地推广有机农业。这项活动的目的是将水果废料转化为生物乙醇和有机肥料,使其对社区和政府都有用,从而成为减少环境污染和创造新的商业机会的正确解决方案。生物乙醇加工方法以酿酒酵母为生物催化剂,使用EM4活化剂生产有机肥。该活性产生46.78%的生物乙醇和含氮1%的有机肥。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pemanfaatan Buah Sisa Sebagai Bioetanol dan Pupuk Organik
The needs for added value of agricultural products is increasing, both in the form of health benefits and of reducing pollution waste. The sorting-out fruits that are just wasted can still be used as materials that have added value. In general, fruits contain glucose which is the basic ingredient in processing of bioethanol. Even though the quality has decreased, it still contains glucose which can then be fermented into bioethanol or organic fertilizer. Recently, the pharmaceutical and food and beverage industries require a large supply of bioethanol for further processing according to the industrial needs. Meanwhile, agricultural land is increasingly promoting organic farming. The objective of this activity is to produce new products from fruit waste into bioethanol and organic fertilizers that are useful for both the community and the government so that they can be used as the right solution to reduce environmental pollution and create new business opportunities. Bioethanol processing method uses Saccharomyces cerevisiae as a biocatalyst and uses an EM4 activator to produce organic fertilizers. This activity produces an output product in the form of bioethanol 46.78 % and organic fertilizer which contain 1% N.
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