BIOWAVE™ SBR
The Next Evolution of Sequencing Batch Reactor Technology
CONTINUOUS-FEED SBR
BIOWAVE™ SBR – The Next Evolution of Sequencing Batch Reactor Technology
BIOWAVE™ SBR is our flagship biological wastewater treatment technology, engineered as an advanced continuous-feed Sequencing Batch Reactor for municipal and industrial applications.
Unlike conventional SBR systems that typically rely on intermittent filling, BIOWAVE™ SBR maintains continuous wastewater inflow while treatment is controlled through optimized biological reaction, settling, and decanting cycles. A dedicated selector zone, internal mixed-liquor recycle, intelligent aeration control, and automated decanting work together to maintain stable biological conditions and consistently high effluent quality.
The process combines the operational simplicity of SBR treatment with the hydraulic stability and biological robustness of continuous-flow systems. BIOWAVE™ SBR is particularly suited to applications with variable flow, fluctuating organic loads, nutrient-removal requirements, and limited available footprint.
Its flexible operating philosophy allows the system to adapt aeration, mixing, settling, and decant cycles according to actual wastewater loading, enabling reliable treatment performance while optimizing energy consumption.
WHY BIOWAVE™ SBR
Key Features & Benefits
Continuous-flow hydraulics combined with intelligent cyclic biological treatment – compact, flexible and highly automated.
Continuous Feed Operation
Wastewater enters the biological treatment system continuously, minimizing the hydraulic interruptions associated with conventional fill-and-draw SBR operation and allowing smoother upstream process integration.
Integrated Selector Zone
Creates favorable biological conditions at the reactor inlet, promoting strong floc-forming biomass, improving sludge-settling characteristics, and helping suppress undesirable filamentous growth.
MLSS Internal Recycle
Controlled mixed-liquor recirculation improves biomass distribution, enhances substrate contact, and supports stable biological performance throughout the treatment cycle.
Combined Plug-Flow & Complete-Mix Characteristics
The hydraulic configuration combines the advantages of staged substrate utilization with intensive biological mixing, providing improved resistance to hydraulic and organic shock loads.
High Biological Process Stability
Retains a strong and adaptable microbial population capable of maintaining treatment performance under variations in influent flow, organic loading, and wastewater composition.
Advanced Nutrient Removal
Supports effective removal of BOD, COD, ammonia, total nitrogen, and phosphorus through controlled aerobic, anoxic, and settling phases.
High-Efficiency Nitrification & Denitrification
Optimized cycle control creates the required aerobic and anoxic conditions for reliable ammonia oxidation and biological nitrogen removal.
Intelligent Motorized Decanting
Automated decanter operation withdraws clarified treated water while minimizing disturbance of the settled sludge blanket and reducing the risk of suspended-solids carryover.
Integrated Biological Treatment
Biological oxidation, nutrient removal, biomass settling, and treated-water decanting are carried out within an integrated reactor configuration, reducing the need for separate secondary clarification systems.
Compact Footprint
The intensified biological process and integrated reactor configuration can reduce required treatment footprint compared with conventional biological treatment arrangements, making BIOWAVE™ SBR particularly attractive for space-constrained projects and plant upgrades.
Optimized Energy Consumption
Intelligent aeration control and optimized operating cycles allow oxygen delivery to follow actual biological demand, reducing unnecessary blower operation and overall power consumption.
High-Efficiency Fine Bubble Aeration
Fine-bubble diffusers provide efficient oxygen transfer to the biomass while maintaining the mixing conditions required for effective biological treatment.
Adaptive Cycle Control
Aeration, mixing, settling, and decant durations can be adjusted according to influent characteristics, plant loading, treatment objectives, and real-time operating conditions.
Excellent Settling Performance
Selector control, biomass management, and carefully controlled settling conditions promote a dense and stable sludge blanket, contributing to consistently low effluent suspended solids.
No Separate Secondary Clarifier Required
Biomass separation occurs directly within the BIOWAVE™ SBR process, simplifying the treatment train and reducing associated civil, mechanical, and piping requirements.
Fully Automated Operation
Integrated PLC/SCADA control manages the complete treatment sequence, instrumentation, alarms, aeration demand, decanting, sludge wasting, and process monitoring.
Remote Monitoring & Control
Digital process integration enables operators to monitor plant performance, review operating trends, respond to alarms, and optimize treatment remotely.
Flexible & Scalable
Suitable for compact packaged plants, multi-basin municipal installations, industrial wastewater facilities, new-build projects, and upgrades of existing treatment plants.
WHERE IT IS USED
Applications
- Municipal wastewater treatment plants
- Industrial wastewater treatment plants
- Food and beverage facilities
- Dairy and food-processing industries
- Pharmaceutical and chemical industries with biodegradable wastewater
- Airports and transportation facilities
- Hotels, resorts, residential developments, and commercial complexes
- Hospitals, universities, and institutional facilities
- High-strength biodegradable wastewater applications
- Wastewater treatment plants requiring biological nitrogen and phosphorus removal
- Existing WWTP capacity upgrades and retrofits
- Compact and decentralized wastewater treatment facilities
Continuous Flow. Intelligent Cycles. Reliable Nutrient Removal.
BIOWAVE™ SBR combines continuous-flow hydraulics with intelligent cyclic biological treatment, delivering a compact, flexible, and highly automated solution for reliable organic and nutrient removal across demanding municipal and industrial wastewater applications.
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