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Cost-benefit analysis of bioconversion neufchatel whey into rectified ethanol and organic liquid fertilizer in semi pilot scale

机译:半中试规模的生物转化乳清蛋白转化为精制乙醇和有机液体肥料的成本效益分析

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Aims of the study was to determine the cost-benefit analysis in neufchatel whey bioconversion into rectified ethanol and organic liquid fertilizer. Bioconversion whey into rectified ethanol and organic liquid fertilizer has shown great potential as a way to reduce the pollution resulting from cheese-making process. Semi pilot scale experiment was done to ferment 5 L neufchatel whey using 5% K. lactis at 33°C for 24 h in semi anaerobic plastic container without agitation and then distilled into 96.2% purity. Data collected and analyzed descriptively related to benefit cost ratio/BCR, net present value/NPV and internal rate returns/IRR. The result showed that semi pilot scale bioconversion of neufchatel whey resulting in 106.42 ml rectified ethanol and 4404.22 ml distillery residue. Economic benefit could achieved by the support of distillery residue sales as organic liquid fertilizer.
机译:该研究的目的是确定将纳夫夏特乳清生物转化为精制乙醇和有机液体肥料的成本效益分析。将乳清生物转化为精制乙醇和有机液体肥料已显示出巨大的潜力,可以减少奶酪生产过程中的污染。在不搅拌的情况下,在半厌氧塑料容器中,于5%乳酸克鲁维酵母在33°C下发酵5 L Neufchatel乳清24h,进行半规模试验。描述性地收集和分析的数据与收益成本比率/ BCR,净现值/ NPV和内部收益率/ IRR相关。结果表明,对纳沙泰尔乳清进行半中试规模的生物转化,产生了106.42 ml精馏乙醇和4404.22 ml蒸馏酒残渣。通过支持蒸馏厂残余物作为有机液体肥料的销售可以获得经济利益。

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