reclaimed water reuse - mbr micropore membrane filter
USD $300 - $43,000 /Set
Min.Order:1 Set
Qingdao Jinwantong Environmental Science And Technology Co., Ltd.
What is a waste water reuse mbr micropore membrane filter?
Waste water reuse mbr micropore membrane filter is a new waste water treatment technology which combines membrane separation technology and bio-technology, no secondary sedimentation tank is needed.
Activated sludge and macromolecular organic matter are trapped in biochemical reaction pool by membrane separation device, activated sludge concentration is greatly improved.
Hydraulic retention time (HRT) and sludge retention time (SRT) can be controlled separately. That makes the refractory organics gradually decomposed. Waste water reuse mbr micropore membrane filter has greatly enhanced the bioreactor by adopting membrane separation technology. Our waste water reuse mbr micropore membrane filter is specially designed for these applications. We have been over 8 years in manufacturing and designing of mbr micropore membrane filter since year 2006.
Product features of waste water reuse mbr micropore membrane filter:
Purified water is perfectly separated from suspended solids, colloidal substances and microbial flora, don't need secondary sedimentation tank, filter etc.
Because of efficient membrane separation performance, purified water can be refused directly without tertiary treatment. Thus greatly saving investment!
Microbial biomass can be maintained at a high concentration, and volume loading is greatly improved.
Hydraulic retention time(HRT) is greatly shortened, and bio-reactor footprint is also reduced, only one-third footprint of the traditional equipment.
Waste water reuse mbr micropore membrane filter can filter out bacteria, viruses and other harmful substances, thus great saving long-term operating costs caused by dosing and disinfection, also expand waste water reuse range.
Efficient membrane separation perfectly trap macromolecular organic matter, achieving completely separation of hydraulic retention time (HRT) and sludge retention time (SRT), stable and flexible.
The loss of various microbial flora is well prevented, it is much helpful for bacteria (nitrifying bacteria) which grow slowly, residence time of macromolecular organic matter is prolonged, much helpful for decomposition.
Metabolism of whole system run smoothly, with strong shock resistance and wide adaptation.
Almost no sludge discharge, low sludge disposal costs.
No need of backwashing, total process is simple and easy to integrate. Unique working process prevent the membrane surface from clogging, washing time interval is long. Membrane washing is simple with low water consumption. Waste water reuse mbr micropore membrane filter is your ideal choice for waste water treatment.
Applications of waste water reuse mbr micropore membrane filter:
Sewage treatment and reclaimed water reuse for civil buildings, like office buildings, residential district, hospitals, hotels, schools, stadiums, etc..
Sewage treatment for areas where without drainage network system, like tourism scenic spots, resorts, villas, hotels, residential areas, railway stations, toll stations, temporary construction sites, etc..
High concentration organic waste water treatment for mining industry, food industry, pharmaceutical industry, sugar industry, alcohol industry, leather industry, paper industry, printing and dyeing industry, etc..
Waste water use mbr micropore membrane filter is now widely used in water purification and reclaimed water recovery & reuse. Strong technical team and strict final inspections ensure excellent quality and long service life of our mbr micropore membrane filter.
Detail images of waste water reuse mbr micropore membrane filter:
Deatai specification of waste water reuse mbr micropore membrane filter:
Model | Treatment Capacity(t/d) | Overall Size(m) | Frame Material | Land Occupation(m2) |
MBR-80 | 72 | 2.6×1.8×2.5 | As per required | 4.7 |
MBR-120 | 120 | 3.8×1.8×2.5 | As per required | 6.8 |
MBR-240 | 240 | 3.8×3.6×2.5 | As per required | 13.7 |