Membrane Bioreactor (MBR) technology is one of the major technologies in implementing the strategies of "energy saving and emission reduction" and "wastewater recycling". The newly devel- oped energy-saving membrane bioreactor is the core product to the MBR technology to further reduce energy consumption. The prod- uct is entitled with the "Individual Manufacturing Champion Prod-uct" and has won the second prize of National Science and Tech- nology Progress Award.
Product features:
The 5 advantages of energy-saving membrane bioreactor (S - MBRU), which are energy saving, longer life time, high fouling resistance, high loading and high flux.
1. Pulse aeration of trough gas collection, high energy saving, gas-water ratio as low as 5:1
The big strong bubbling aeration brushes off sludge captured on membrane surface by sequen- tial pulse physical features, which saves 50% of the energy comparing with conventional perforated tube aeration technology.
2. A special pore structure of hollow fibers, life time is as long as 10 years
Adopted with a new membrane manufacturing technology to form a unique gradient pore struc- ture of hollow fibers;
The self-developed membrane is featured with high porosity and evenly distributed pores to allow the fibers to be high flux, fouling resistant and oxidative resistant;
The world's leading technology of woven reinforced layer with the fracture stress of over 300N allows with longer life time
3. Tolerant and resistant to fouling, less hair captured
Automatic comb and high-efficient align fibers to increase fouling resistance and to have less hair captured;
Three-point water collection system to improve the uniformity of water distribution and enhance fouling resistant capability
4. Big loading, easy maintenance, no offline cleaning, self -adaptive leveling
The unit is featured with high loading density, so smaller footprint is needed;
Simple structure design of module and unit, free of offline cleaning and easy maintain;
The independent development of structure design allows unit to self adjust the level- ness properly, meanwhile, the trough gas collection minimizes the influence of lev- elness on the aeration uniformity
5. High operational flux, up to 30LMH in mu- nicipal applications
High quality membrane fibers with rea- sonable structure of module and unit along with sound operation and cleaning process, the unit can work with a high operational flux in sewage
Module specs
Frame specs
Membrane Bioreactor (MBR) technology is one of the major technologies in implementing the strategies of "energy saving and emission reduction" and "wastewater recycling". The newly devel- oped energy-saving membrane bioreactor is the core product to the MBR technology to further reduce energy consumption. The prod- uct is entitled with the "Individual Manufacturing Champion Prod-uct" and has won the second prize of National Science and Tech- nology Progress Award.
Product features:
The 5 advantages of energy-saving membrane bioreactor (S - MBRU), which are energy saving, longer life time, high fouling resistance, high loading and high flux.
1. Pulse aeration of trough gas collection, high energy saving, gas-water ratio as low as 5:1
The big strong bubbling aeration brushes off sludge captured on membrane surface by sequen- tial pulse physical features, which saves 50% of the energy comparing with conventional perforated tube aeration technology.
2. A special pore structure of hollow fibers, life time is as long as 10 years
Adopted with a new membrane manufacturing technology to form a unique gradient pore struc- ture of hollow fibers;
The self-developed membrane is featured with high porosity and evenly distributed pores to allow the fibers to be high flux, fouling resistant and oxidative resistant;
The world's leading technology of woven reinforced layer with the fracture stress of over 300N allows with longer life time
3. Tolerant and resistant to fouling, less hair captured
Automatic comb and high-efficient align fibers to increase fouling resistance and to have less hair captured;
Three-point water collection system to improve the uniformity of water distribution and enhance fouling resistant capability
4. Big loading, easy maintenance, no offline cleaning, self -adaptive leveling
The unit is featured with high loading density, so smaller footprint is needed;
Simple structure design of module and unit, free of offline cleaning and easy maintain;
The independent development of structure design allows unit to self adjust the level- ness properly, meanwhile, the trough gas collection minimizes the influence of lev- elness on the aeration uniformity
5. High operational flux, up to 30LMH in mu- nicipal applications
High quality membrane fibers with rea- sonable structure of module and unit along with sound operation and cleaning process, the unit can work with a high operational flux in sewage
Module specs
Frame specs
