Name
Innovatreat
What We Do
Based in the Chesapeake Bay region, Innovatreat developed and manufactures the miniMBR® water reuse and nutrient removal system to address common problems associated with small flow WWTP’s required to achieve reduction in effluent nitrogen while minimizing energy and chemical consumption as compared to conventional MBR technology.
Small flow WWTP’s often operate severely underloaded and see highly variable diurnal/seasonal conditions which can negatively affect efficiency and nutrient reduction performance. Optimization of the denitrification process requires tight control of dissolved oxygen distribution in any multi-stage biological nutrient removal (BNR) process. MBR’s which utilize submerged membranes often struggle to control dissolved oxygen (DO) due to high air scour necessity which imparts surplus DO into the MLSS. Excess DO inhibits denitrification, especially in plants which operate in underloaded conditions.
Configured with external tubular inside-out UF membranes in a novel aerated down-flow configuration, miniMBR® solves this common problem. To maintain permeability, miniMBR® requires significantly less scouring air than competing submerged membrane systems. The reduction in air scour reduces excess DO, consumes less energy and chemicals, improves denitrification and improves overall process efficiency while achieving the highest standards in reuse quality effluent.
Small flow WWTP’s often operate severely underloaded and see highly variable diurnal/seasonal conditions which can negatively affect efficiency and nutrient reduction performance. Optimization of the denitrification process requires tight control of dissolved oxygen distribution in any multi-stage biological nutrient removal (BNR) process. MBR’s which utilize submerged membranes often struggle to control dissolved oxygen (DO) due to high air scour necessity which imparts surplus DO into the MLSS. Excess DO inhibits denitrification, especially in plants which operate in underloaded conditions.
Configured with external tubular inside-out UF membranes in a novel aerated down-flow configuration, miniMBR® solves this common problem. To maintain permeability, miniMBR® requires significantly less scouring air than competing submerged membrane systems. The reduction in air scour reduces excess DO, consumes less energy and chemicals, improves denitrification and improves overall process efficiency while achieving the highest standards in reuse quality effluent.
Website
Categories
Ultrafiltration Equipment, Package Treatment Plants, Water Reuse and Reclamation
Phone
800-881-5184www.inno
Address
11 Easter Court, Ste. L
Owings Mills, MD 21117
United States
Owings Mills, MD 21117
United States