【作者】 王南； 邱明杰； 李佳美； 周利霞； 刘俊良；

【Author】 Wang Nan;Qiu Mingjie;Li Jiamei;Zhou Lixia;Liu Junliang;Agricultural University of Hebei Insititute of Urban and Rural Construction;Baoding urban and rural construction engineering consulting office;Beijing World Hazard Preventing Tech Co.,Ltd;

【机构】 河北农业大学城乡建设学院； 保定市城乡建筑工程咨询处； 北京沃尔德防灾绿化技术有限公司；

【摘要】 通过在缓流水体中原位投菌的方法,考察了一种新型的乳酸菌酵素对缓流水体的净化作用。结果表明,通过投加乳酸菌酵素可快速的降低COD、NH₄⁺-N等污染物浓度,其中COD浓度降低50%左右,NH₄⁺-N浓度降低70%左右,TP浓度降低40%左右,水质可在短时间内有效改善。但对于沉积型循环物质磷元素来说,单纯依靠投加乳酸菌酵素,去除效果并不理想,建议可辅以水生植物进行治理。更多还原

【Abstract】 The purification effect of a new type of lactobacillus enzyme on the slow-flow water was investigated by means of the method of the protostallation in the slow-flowing water. The results showed that adding the enzymes produced by lactic acid bacteria can quickly reduce the concentration of COD,NH₄⁺-N and other pollutants,the COD concentration decreased by about 50%,the concentration of NH₄⁺-N decreased by 70%,and the TP concentration decreased by 40%,and the water quality could be improved effectively in a short time. However,for the sedimentary type of circulating material phosphorus,it was not ideal to rely solely on lactobacillus,which could be assisted by aquatic plants.更多还原