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Comprehensive utilization of dioscorea zingiberensis and industrial scale-up: New approach to pollution prevention in diosgenin industry

机译:薯di的综合利用与产业规模化:薯gen皂素工业污染防治新途径

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As the main active ingredient of Dioscorea zingiberensis, Diosgenin is the important intermediate for the synthesis of steroid hormone medicine. Conventional process in diosgenin industry has a low extraction rate, and also results in severe environmental pollution. Millions of tons of high acidic wastewater and waste residues were discharged to the ambient rivers and field, and caused serious environmental pollution. In this paper, comprehensive utilization process of Dioscorea zingiberensis was studied. Lab test and Industrial Scale-Up was investigated. Compared with conventional process, the yield of diosgenin increased 8%, the consumption of hydrochloric acid and sulphuric acid reduced 18% and 5% respectively, and 90.06 kg of starch obtained from one ton fresh Dioscorea zingiberensis. The discharge amount of wastewater decreased 63.3%, COD declined 68.5%, chroma of wastewater reduced 59.6%. The process is an environmentally friendly production technology, but also economic.
机译:薯gen皂苷元是薯of的主要活性成分,是合成类固醇激素药物的重要中间体。薯gen皂素工业中的常规工艺提取率低,并且还导致严重的环境污染。数百万吨的高酸性废水和废渣被排放到周围的河流和田野,造成了严重的环境污染。本文研究了盾叶薯os的综合利用过程。对实验室测试和工业规模扩大进行了调查。与传统工艺相比,薯os皂素的收率提高了8%,盐酸和硫酸的消耗量分别降低了18%和5%,从一吨新鲜薯Di中获得的淀粉90.06 kg。废水排放量下降了63.3%,化学需氧量下降了68.5%,废水的色度下降了59.6%。该工艺是一种环境友好的生产技术,而且经济。

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