Microbiological anaerobic diversion reaction apparatus based on EMO organic carrier

Abstract

A microorganism anaerobic diversion reaction device based on organic carrier EMO comprises a reactor, clapboards arranged in the reactor and channel ways positioned also in the reactor, wherein, a plurality of diversion plates and reaction zones are arranged in the channel ways among the clapboards. Open diversion folded plates are arranged at the bottom of the diversion plates. The diversion folded plates and the diversion plates are arranged and formed a bevel angle of 120-135 degrees. The organic carrier EMO is arranged in reaction zone. The invention adopts the technic solution proposal of EMO high efficiency complex bacterium being replanted on the EMC organic carrier of a microorganism anaerobic diversion reaction device, which overcomes the problems of complex structure, high operation difficulty, the industrial waster water being not degraded of the current disposal device. The invention has the advantages of simple structure, easy maintenance, low failure rate and investment cost, high operation efficiency and low operation difficulty degree. The organic solidified carrier is of various kinds, and can adapt to toxic environment, and has various decomposition ways and highintegral degradation ability and materials can be easily obtained. The ability for dirt removal is above 95 percent, and the device can be used in various sewage treatments.

Description

technical field The invention relates to a sewage treatment device, in particular to a microbial anaerobic diversion reaction device based on an EMO organic carrier. Background technique At present, the anaerobic treatment device and its application treatment process for high-concentration organic industrial wastewater mainly include upflow anaerobic sludge bed (UASB), anaerobic biological filter (AF), expanded granular sludge bed reactor (EGSB) , Anaerobic composite bed reactor (UBF), anaerobic diversion reactor (ABR), anaerobic internal circulation reactor (IC), etc. The full name of the ABR reactor is an anaerobic diversion reaction device. It is a high-efficiency and energy-saving anaerobic device developed by Professor Mccarty of the United States in 1982. In 1983, he transformed the anaerobic diversion reaction device with the same width of the upper and lower chambers into a new type of ABR reactor with a wide upper chamber and a narrow lower chamber, and set a diver...

AI Technical Summary

Problems solved by technology

Its shortcoming is: when dealing with refractory industrial wastewater, the above-mentioned equipment completely loses its treatment effect

However, the structure of this utility model patent is complicated, the requirements for the incoming water system are high, the operation is difficult, the operation is difficult to control accurately, and the treatment efficiency is low

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