Application Overview
With water resources becoming scarcer and more contaminated, membrane filtration has become a vital technology for the treatment and reuse of water and wastewater. KAIMI’s strategy partner from USA, KOCH Separation Solutions (KSS) has introduced a variety of membrane solutions into large-scale municipal applications for the treatment of water to drinking water standards and the advanced treatment of municipal and industrial wastewater. Together with KSS, KAIMI has designed, built and supplied the membrane systems for various of municipal WWTPs and industrial WWTPs in China and nearby countries.
Membrane filtration is the state-of-the-art technology for the production of clean, safe drinking water, providing a true barrier to harmful pathogens. With over 20 years of experience as the pioneer for this application, KSS has systems operating reliably worldwide. Municipalities continue to turn to KSS for solutions to upgrade existing facilities and to design new ones. Wastewater treatment with KSS’ MBR and tertiary treatment technologies are helping municipalities to address increasing demands for treatment capacity and higher quality effluents. These processes can also provide treated water suitable for reuse in agricultural and industrial applications
Meanwhile, strict new discharge requirements by the Chinese government are forcing municipalities to upgrade or build their wastewater treatment plants using new technologies. PURON® MBR technology was selected for its reliable and consistent effluent quality, adherence to new discharge limits, and reduced footprint compared to conventional wastewater treatment technology.
Process Diagram
Advantages
1. Consistent, high-quality effluent
2. Ability to treat difficult industrial wastewaters
3. Smaller plant footprint
4. Flexibility in sludge wasting frequency.
5. Reduced disinfection requirements.
6. Hydraulic retention time in the biology decoupled from the sludge retention time
7. Effluent quality is not compromised by sludge bulking or non-settling biomass.
Application Overview
With water resources becoming scarcer and more contaminated, membrane filtration has become a vital technology for the treatment and reuse of water and wastewater. KAIMI’s strategy partner from USA, KOCH Separation Solutions (KSS) has introduced a variety of membrane solutions into large-scale municipal applications for the treatment of water to drinking water standards and the advanced treatment of municipal and industrial wastewater. Together with KSS, KAIMI has designed, built and supplied the membrane systems for various of municipal WWTPs and industrial WWTPs in China and nearby countries.
Membrane filtration is the state-of-the-art technology for the production of clean, safe drinking water, providing a true barrier to harmful pathogens. With over 20 years of experience as the pioneer for this application, KSS has systems operating reliably worldwide. Municipalities continue to turn to KSS for solutions to upgrade existing facilities and to design new ones. Wastewater treatment with KSS’ MBR and tertiary treatment technologies are helping municipalities to address increasing demands for treatment capacity and higher quality effluents. These processes can also provide treated water suitable for reuse in agricultural and industrial applications
Meanwhile, strict new discharge requirements by the Chinese government are forcing municipalities to upgrade or build their wastewater treatment plants using new technologies. PURON® MBR technology was selected for its reliable and consistent effluent quality, adherence to new discharge limits, and reduced footprint compared to conventional wastewater treatment technology.
Process Diagram
Advantages
1. Consistent, high-quality effluent
2. Ability to treat difficult industrial wastewaters
3. Smaller plant footprint
4. Flexibility in sludge wasting frequency.
5. Reduced disinfection requirements.
6. Hydraulic retention time in the biology decoupled from the sludge retention time
7. Effluent quality is not compromised by sludge bulking or non-settling biomass.
