Constant Level and Continuous Flow Sequencing Batch Reactor is a State-of-the-art Wastewater Treatment Technology: Low Cost, Small Footprint and Easy Operation & Maintenance Constant Level and Continuous Flow Sequencing Batch Reactor
- CSBRTM modified sequencing batch reactor (SBR) process was developed in the early 1990’s based on an in-depth study of the advantages and disadvantages of various conventional technologies.
- CSBRTM process is suitable for the treatment of municipal and industrial wastewaters which is amenable to biological process for BOD, NH3-N, TKN, NO3/NO2-N, TN, TP and TSS removal. Since 1995, the CSBRTM process has been used in wastewater treatment plant (WWTP) projects internationally
Process Flow Diagram
Stability
- Achieves stable treated water quality year round
- Excellent T-N, T-P removal by controlling of Anoxic/Anaerobic Cells loadings as needed
Lowest Capital Cost / Minimized Foot Print
- Minimizing head loss in reactor by integrated single structure
- Smallest footprint with no independent secondary clarifiers
- Convenient modified cell shape to optimally fit the land dimensions
Reliability
- More than 30 proven experiences on wastewater treatment plants over the world
- Proven technology by many operators CSBRTM Project experience internationally
Maintainability
- Minimum operators by automatic operation
- Maintenance & repair of all diffusers without emptying tankage by use of retrievable equipment systems
- No interrupted continuous flow using novel fixed type decanters
Major Feature of Process
Retrievable Aeration System
- More than 30 proven experiences on wastewater treatment plants over the world
- Proven technology by many operators CSBRTM Project experience internationally
Hydraulic Decanter(Discharging System)
- Minimum operators by automatic operation
- Maintenance & repair of all diffusers without emptying tankage by use of retrievable equipment systems
- No interrupted continuous flow using novel fixed type decanters
TRAS(Thickened Sludge Wasting System)
- Equal wasting of highly concentrated sludge
- Easy MLSS control in reactor
Baffle
- Leading optimum flow in reactor by hydraulic simulation
- Achieve stable treated water by minimizing solid carryover