Specifications

Biofilm Reactor systems
Good water quality
Small footprint
Save operating costs

Description Biofilm Reactor systems

 

Membrane bioreactor technology is a new water treatment by membrane separation unit with a combination of biological treatment unit. Membrane structure type is flat membrane and hollow fiber membranes, membrane pore size can be divided by ultrafiltration.

  

 

MBR plants Components

 

Membrane bioreactor consisting of the cell body, membrane, aeration systems, water systems and electric control system, etc.

 

 

 

 

 

Bio Treatment Systems advantages

1. Excellent water quality, stable;
2. Sludge discharge less, low sludge disposal costs;
3. Save operating costs and expand wastewater reuse range;
4. System Shock resistance, wide adaptation;
5. Better equipment and automation, management is simple;
6. Modular design, easy expansion.

 

 

  

MBR effluent water quality

 

Note: Chinotech MBR reactors are capable of meeting not only the regular effluent sewage requirements (GB8978-1996) , but they also satisfy the national standard for recycled water (GB/18919-2002).

 

 

 

MBR membrane features

1. High flux rate, up to 55 LMH (L/m2*H). Asymmetric membrane structure reduces flow resistance, and improves hydraulic properties and permeability;
2. Reinforced PVDF membrane structure for mechanical strength. Membranes are less susceptible to being damaged during the filtration, backwashing or chemical cleaning;
3. Unique anti-fouling design; specific design of aeration nozzles prevents extensive membrane fouling, extending the operation time;
4. Wide range of membrane sizes and configurations for optimal system design;
5. Sealed fiber end design; bottom end of each hollow fiber is sealed; permeate is collected through the top opening preventing the contamination of clean water with sludge and bacteria;
6. Stable operation and long service life.

 

 

 Bio Treatment Systems application 

1. Construction of urban sewage treatment and water reuse
2. Industrial Wastewater Treatment
3. Micro-polluted drinking water purification
4. Fecal sewage treatment
5. Land landfill / fertilizer leachate treatment