High volume and small footprint solves many site constraints.

Greater Dependability: The highly efficient membrane filters provide an absolute barrier between bacteria and the effluent. They eliminate filamentous bacteria, sludge bulking concerns and concerns over highly variable organic loads. Membrane filters treat load fluctuations regardless of concentrations to produce consistent, dependable effluent.

Small Tanks, Large Loadings.

Integrates Easily: The system produces water free of bacterial contamination and suitable for reuse when additional disinfection is utilized. The membrane filters can act as a biomass separation process as well as a filter to meet low phosphorous limits with the supplemental addition of metal salts.

Bioreactor tank sizes can be minimized by operating at high MLSS concentrations. Compared to conventional systems, a Hi-Rate MBR System requires about 1/3 to 1/4 of the volume of reactor to handle equal organic loadings. The combination of deep water level and minimum water level equals to the small tank footprint Ñ the smallest of all the major wastewater processes. In addition, tanks running at high MLSS concentrations are capable of processing higher organic loadings. This allows the Hi-Rate MBR System to process high volumes of treatment within awkward or restrictive site constraints.

Efficient Breakdown of Solids.

- Solids are continually maintained in the bioreactor, so bacteria break down even recalcitrant organics due to long SRTs.

- Sludge generation is minimized by low F/M ratios.
-nBlowers provide oxygen to bacteria to meet high uptake rates in high MLSS concentrations, minimizing tank volume compared to conventional treatment.
- Coarse bubble aeration provides easy commercial maintenance while jet aeration provides high efficiency aeration and mixing for power savings in industrial applications.

FLAG ETS, LLC