MBR domestic sewage treatment plant reclaimed water reuse equipment integrates MBR membrane separation technology, biological treatment technology and intelligent control technology. Reclaimed water used steadily can be obtained through effective solid-liquid separation.It maintains high concentrated microbial biomass in biological tank, less excess sludge, effective removal of ammonia nitrogen, near zero suspended substance in the effluent and turbidity, elimination of bacteria and virus. Effluent quality is much better than the quality of reclaimed water .
The application of domestic sewage treatment plant: Residence communities, offices, commercial buildings,Hotels, restaurants, schools, hospitals High ways, railways, factories etc. Industries related with slaughter, textile, beer, paper mill, leather, food, chemicals etc.
Design parameter for typical sewage treatment:
Note: effluent quality satisfy Chinese national standards GB/T 18920-2002 and Class 1-A of GB/T
Standard specification of our MBR cassettes:
|Model||Capacity(m3/d)||Effective area(m2)||Module size（mm）|
|SKID100||100||330||2200 x 750 x1750|
|SKID200||200||660||2200 x 1600 x 1750|
|SKID300||300||1000||2500 x 1600 x 2200|
|SKID400||400||1320||2200 x 1600 x 2500|
|SKID500||500||1750||2500 x 1700 x 2500|
The domestic sewage treatment plant have following benefits:
1.Great quality waste
The minor hole size (less than 0.5 µm) of the membrane shows that the treated waste is of very high clearness and meaningfully reduced the concentration of pathogen related with the CAS procedure.
MBR system waste water treatment procedures offer a considerably simplified and clean waste of extraordinary quality to be liquidated to sensitive receiving forms or to be regained for uses for example city irrigation, services or toilet flushing. It is similarly of extraordinary quality for serving straight to the reverse osmosis procedure.
The holding of the solids in the device and the upsurge in SRT to make advanced biomass solids deliberations influences on the plant mark. The improved concentrations mean that the similar overall form of solids is enclosed in a lesser capacity, so the footprint is lesser.