Features an MBR technology, high efficiency removal of pollutants MBR of suspended solids and turbidity removal has a very good effect. Because membrane pore size of the membrane is very small (0.01 to 1 Xie) Nanjing microfiltration membrane device can be inside the bioreactor all suspended solids and sludge are trapped down, its solid-liquid separation is much better than the second pond , MBR for SS removal of more than 99%, even up to 100%; turbidity is also more than 90 percent, similar to water turbidity and water. Since efficient interception of the membrane module, all the activated sludge are trapped within the reactor, so that the sludge concentration in the reactor can reach a higher level of up to 40 ~ 50g / L. This greatly reduces the load of bioreactor sludge and improve the MBR removal efficiency of organic matter, the average COD removal efficiency of the sewage of more than 94%, the average BOD removal efficiency of more than 96%. Meanwhile, since the separation membrane module, such that the biological reactor hydraulic retention time (HRT) and sludge retention time (SRT) are completely separated, so you can make slow growth, long generation time of microorganisms (e.g. nitrating bacteria) can survive in the reactor to ensure that the MBR is an efficient degradation of organic compounds in addition to the role of outside Nanjing microfiltration membrane treatment, but also has good nitrification. Studies have shown that Nanjing mbr microfiltration membrane, MBR when dealing with sewage, ammonia nitrogen removal rate of more than 98% on average microfiltration, effluent ammonia concentrations below 1mg / L. In addition, after selecting the appropriate membrane pore size, MBR bacteria and viruses also has a good removal efficiency, thus eliminates the need for conventional treatment processes disinfection process, greatly simplifying the process. In addition, at low DO concentration, the presence of anoxic or anaerobic bacteria inside the micelle, to create the conditions for denitrification. Using only aerobic MBR process, although TP removal efficiency is not high, but if it is combined with anaerobic, can greatly improve the removal rate of TP. Studies have shown that the use of A / O MBR hybrid technology, the TP removal up to 70%. With the promulgation of the new national standard of drinking water, water treatment process to put forward higher requirements. During the "Twelfth Five-Year", the state will invest 400 billion for upgrading water treatment plant. In this context, what kind of technology can effectively solve the water supply security problem? Held in the near future, "the eighth cross-strait water safety control technology and management Symposium 2013 Water Forum", Chinese Academy of Engineering, Harbin Institute of Technology Professor Lee Kyu White said: "UF able to remove almost all microorganisms in water, so drinking Water biosecurity made a leap from the relative safety of the absolute safety of drinking water purification process would inevitably lead to a major change, "Lee Kyu White pointed out that the combination of ultrafiltration technology can improve the first-generation process (coagulation - precipitation - Filter - chlorine disinfection) The water quality and microbiological safety, but also can effectively solve the second-generation technology (ozone activated carbon) biological stability, will become the third generation of urban drinking water purification process core technology, ultrafiltration water prospects are very broad. Jun Xin Environmental Technology (Figure) | microfiltration membrane separation Nanjing | Nanjing microfiltration provided by Nanjing Environmental Protection Technology Co., Ltd. Jun Xin. Road Zhiyuan, temper forward. Nanjing Environmental Protection Technology Co., Ltd. Jun Xin (www.jxhb880.com) to become and you win, symbiosis, strategic partners to move forward, the more determined to become the most influential sewage treatment equipment business, and you leap together to succeed !