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BIOWAVE SBR Implementation for Regional Petrochemical Hub
The client needed to treat high-strength petrochemical wastewater with fluctuating salinity and organic loads while meeting strict environmental discharge regulations in a limited space.
Spent Caustic Treatment with TRI3-O Technology
Extremely toxic spent caustic stream containing high levels of sulfides and phenols that inhibited the performance of the central wastewater treatment plant.
Anaerobic Energy Recovery in Beverage Production
High organic load from soft drink production facilities was incurring massive municipal discharge surcharges and wasting potential energy resources.
MBR for High-Purity Water Reuse in Electronics
Water scarcity in the region necessitated a circular water approach, requiring ultra-low turbidity effluent for reuse in industrial cooling towers.
Textile Dyeing Effluent Treatment & Decolorization
Highly colored effluent from various dyeing processes was causing environmental concerns and failing local regulatory standards for discharge into local waterways.
AnoxyMedia EGSB for Beverage Industry - Poland
A producer of beverages and fruit juices needed an economical solution to eliminate discharge to municipal sewage system while recovering energy from organic waste.
AnoxyMedia EGSB Starch Processing - Philippines
International starch production facility required treatment for high-COD, high-temperature wastewater from starch manufacturing processes with stringent discharge requirements.
VERDAFLO + AEROMEM Apple Concentrate Processing
Producer of fruit concentrates needed solution for extremely high-strength wastewater and concentrated ultrafiltration retentates with COD exceeding 80,000 mg/L.
BIOWAVE SBR Implementation for Regional Petrochemical Hub
The Challenge
The client needed to treat high-strength petrochemical wastewater with fluctuating salinity and organic loads while meeting strict environmental discharge regulations in a limited space.
Our Solution
A four-basin BIOWAVE SBR system was installed with specialized biomass carriers and an automated control system to manage varying influent characteristics.
Key Results
- Consistent compliance with local environmental standards
- 30% reduction in energy consumption vs previous plant design
- Successful removal of 96% of organic pollutants
- Minimized chemical sludge production by 20%
TECHNICAL SPECS
Spent Caustic Treatment with TRI3-O Technology
The Challenge
Extremely toxic spent caustic stream containing high levels of sulfides and phenols that inhibited the performance of the central wastewater treatment plant.
Our Solution
Implementation of the TRI3-O advanced oxidation process to pre-treat the caustic stream, breaking down complex organics before biological treatment.
Key Results
- Elimination of toxicity to downstream biological processes
- Significant reduction in operational costs for chemical disposal
- High reliability with automated oxidant dosing control
- Meets all pre-treatment requirements for industrial discharge
TECHNICAL SPECS
Anaerobic Energy Recovery in Beverage Production
The Challenge
High organic load from soft drink production facilities was incurring massive municipal discharge surcharges and wasting potential energy resources.
Our Solution
A high-rate anaerobic reactor system (IC-type) coupled with a biogas purification unit for use in factory boilers.
Key Results
- 90% COD reduction achieved in the anaerobic stage
- Generation of 12,000 m³ of biogas per day
- Offset 15% of the factory's total thermal energy demand
- Payback period of less than 3 years through energy savings
TECHNICAL SPECS
MBR for High-Purity Water Reuse in Electronics
The Challenge
Water scarcity in the region necessitated a circular water approach, requiring ultra-low turbidity effluent for reuse in industrial cooling towers.
Our Solution
Integrated Membrane Bioreactor (MBR) system utilizing flat-sheet membranes for superior solids separation and high-quality permeate.
Key Results
- Achieved 100% water reuse for non-potable applications
- Turbidity consistently below 0.1 NTU
- Eliminated the need for secondary clarification and sand filtration
- Modular expansion capability for future production increases
TECHNICAL SPECS
Textile Dyeing Effluent Treatment & Decolorization
The Challenge
Highly colored effluent from various dyeing processes was causing environmental concerns and failing local regulatory standards for discharge into local waterways.
Our Solution
Advanced oxidation process (AOP) using ozone followed by biological activated carbon filtration (TRI3-O configuration).
Key Results
- Complete decolorization of the effluent stream
- Reduced chemical sludge by 40% compared to traditional coagulation
- Compliant with ZDHC (Zero Discharge of Hazardous Chemicals) guidelines
- Enhanced biological degradability of treated water
TECHNICAL SPECS
AnoxyMedia EGSB for Beverage Industry - Poland
The Challenge
A producer of beverages and fruit juices needed an economical solution to eliminate discharge to municipal sewage system while recovering energy from organic waste.
Our Solution
Implementation of AnoxyBed EGSB reactor with biogas balloon, desulfurization system, aerobic post-treatment, and sludge dewatering installation for complete treatment and energy recovery.
Key Results
- Eliminated municipal discharge fees completely
- Generated renewable biogas for facility heating
- Achieved direct discharge to river compliance
- Reduced operational costs by 60% through energy recovery
TECHNICAL SPECS
AnoxyMedia EGSB Starch Processing - Philippines
The Challenge
International starch production facility required treatment for high-COD, high-temperature wastewater from starch manufacturing processes with stringent discharge requirements.
Our Solution
AnoxyMedia EGSB technology specifically designed for high-temperature, high-strength industrial wastewater with specialized reactor configuration for starch industry applications.
Key Results
- Achieved over 90% COD removal efficiency
- Successfully handled high-temperature influent
- Met all local environmental discharge standards
- Provided reliable operation in tropical climate conditions
TECHNICAL SPECS
VERDAFLO + AEROMEM Apple Concentrate Processing
The Challenge
Producer of fruit concentrates needed solution for extremely high-strength wastewater and concentrated ultrafiltration retentates with COD exceeding 80,000 mg/L.
Our Solution
Turnkey VERDAFLO anaerobic treatment combined with AeroMem membrane bioreactor post-treatment, guaranteeing high biogas recovery and water recycling capabilities.
Key Results
- Successfully treated ultra-high strength concentrates
- Achieved exceptional biogas recovery rates
- Enabled water recycling for process reuse
- Met stringent contractual performance parameters
TECHNICAL SPECS
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