Fenton Technologies designs high-performance Effluent Treatment Plants (ETP) specifically engineered for the unique challenges of industrial wastewater. Our systems effectively remove complex pollutants, including oils, toxic heavy metals, and chemical compounds, ensuring your facility remains compliant with stringent environmental norms.
We focus on sustainable industrial growth by implementing chemical-biological treatment paths that allow you to recover and reuse water for secondary processes, significantly reducing operational costs and freshwater dependency.
Our ETP Technologies
Every industry generates unique effluent. We provide custom-built paths—from physico-chemical treatment for heavy loads to advanced biological systems for organic contaminants.
- Physico-Chemical & Electro-Coagulation units
- Aerobic & Anaerobic Biological systems
- Oil & Grease Separators and Tertiary Polishing
- High-efficiency Sludge Dewatering & Solid Handling
Key Benefits of Our ETP
A Fenton ETP is a long-term investment in your facility's operational sustainability. Our designs prioritize lower chemical consumption and high durability against corrosive industrial waste.
Regulatory Compliance
Meet and exceed CPCB/SPCB guidelines for safe industrial wastewater discharge.
Process Water Savings
Treat and reuse effluent for cooling towers, boiler feed, and gardening purposes.
ETP Frequently Asked Questions
Common questions regarding industrial effluent treatment and water recovery.
Industries such as Textiles, Pharmaceuticals, Chemicals, Food & Beverage, and Electroplating generate high COD/BOD loads and require specialized ETPs to treat waste before discharge.
Yes, Fenton specializes in ZLD integration by adding advanced RO membranes and MEE units to the base ETP process, allowing for 100% water recovery.
Absolutely. By efficiently treating organic and chemical waste, we eliminate the source of stagnation and anaerobic decay, ensuring an odour-free environment.
Most industrial ETPs are designed for 24/7 continuous operation to handle daily production loads, though we design them with PLC automation for hands-free management.
We use high-grade corrosion-resistant materials and optimized chemical dosing systems that significantly reduce periodic maintenance costs compared to standard systems.