您现在的位置:首页 >技术知识 >> 微生物水解干化蛋白提取
[来源:www.yuniguhua.com] [作者:淤泥固化] [日期:17-02-13]
微生物水解干化蛋白提取 Microbial protein hydrolysis of dry extract 污泥微生物通过水解破壁处理后,其胞内蛋白质和水分得以释放,再经过固液分离后,可到含水率35-45%(减量70%以上)、有机物消减40-50%的污泥残渣和可资源化利用的含蛋白液体。目前天津裕川环境在该方面已取得一定成绩。 Sludge microorganism through hydrolysis of broken wall after processing, the intracellular protein and moisture free, again after solid-liquid separation to 35-45% moisture content (reduced more than 70%), cut 40-50% of the sludge particles and organic matter can be recycling use of protein liquid. In regard to the tianjin yu chuan environment currently have made certain achievements. 微生物蛋白提取流程图 Microbial protein extraction flow chart 污泥经水解处理后,其含蛋白液体经浓缩后可作为蛋白发泡剂和有机肥等利用,污泥残渣可用做覆土、绿化土、土壤改良剂和建筑材料等。 After hydrolysis treatment sludge, and its protein liquid after enrichment can be used as a protein foaming agent and organic fertilizer use, such as sludge residue can be used as covering, green earth, soil conditioner and building materials, etc. 微生物蛋白提取后端处置路线 Microbial protein extraction back-end disposal routes 值得注意的是,蛋白质提取工艺中保证了重金属不会进入蛋白质,而蛋白可以用于工业制品,也可以进入农业,但这些也都要企业自身完成产业链整合的工作。目前裕川环境的污泥蛋白质提取工艺已成功运用,后期有望通过产业链上企业间的有机协调,打通蛋白进入农业的后端产业链。 It is worth noting that the protein extraction technology to ensure the heavy metals will not enter the protein, and protein can be used for industrial products, also can enter the agriculture, but these are also to enterprise itself with the industrial chain integration work. Now yu chuan environment of sludge protein extraction technology has been successfully applied, is expected to pass the late in coordination between supply chain enterprises, through the protein into the back-end industrial chain of agriculture.

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