ETP plant

About ETP plant

• Remove suspended solids (TSS)
• Reduce Biochemical Oxygen Demand (BOD)
• Reduce Chemical Oxygen Demand (COD)
• Remove oil & grease, heavy metals, and toxic chemicals
• Ensure treated water meets environmental discharge or reuse standards


Advanced Control & Automation

The ETP plant utilizes a PLC-based control panel with digital indications, enabling precise regulation and monitoring of the entire treatment process. With options for automatic or semi-automatic operation, users experience improved process efficiency, reduced manual intervention, and simplified operation management. The digital interface ensures user-friendly parameter adjustment and real-time performance feedback for maintenance and troubleshooting.


Robust and Durable Construction

Constructed from high-grade mild steel and enhanced with FRP and epoxy coatings, the ETP plant delivers exceptional corrosion resistance and durability. Designed for a lifespan exceeding a decade, its engineered structure minimizes wear, ensures safe sludge management, and supports both portable and stationary configurations based on requirements. Standard dimensioning and customizable layouts support seamless project integration.


Comprehensive Treatment Capabilities

Employing proven techniques such as primary clarification, activated sludge processing, and advanced filtration, the ETP plant effectively treats industrial effluent. It maintains a pH balance of 6.5-8.5 and meets stringent CPCB standards. With flexible design options, its flow capacity, membrane configurations, and installation formats make it suitable for a wide range of industrial applications.



FAQ's of ETP plant:




Q: How does the PLC-based control panel improve the operation of the ETP plant?

A: The PLC-based control panel enables automated monitoring and control of the treatment process, ensuring precise adjustments and real-time digital indications. This reduces manual intervention, improves operational reliability, and makes it easier to detect and resolve issues promptly.



Q: What types of industries can benefit from installing this ETP plant?

A: Industries generating wastewater with inlet TDS up to 3500 ppm-such as textiles, chemicals, pharmaceuticals, food processing, and manufacturing-can benefit from this ETP plant. Its comprehensive treatment processes make it suitable for various industrial effluent streams.



Q: When should sludge be removed from the integrated collection chamber?

A: Sludge should be removed according to the plant's operational load and monitoring indicators. The integrated collection chamber and digital signals help schedule sludge removal efficiently, typically at intervals determined by the volume of solids produced and regulatory guidelines.



Q: Where can the ETP plant be installed?

A: The plant is flexible and can be installed as either a containerized or skid-mounted unit, suitable for both indoor and outdoor industrial environments. Installation location depends on project specifications, space availability, and effluent source proximity.



Q: What is the process flow within this ETP system?

A: The process begins with primary clarification to remove solids, followed by an activated sludge process for organic degradation, and ends with tertiary filtration for final polishing. Sludge is collected in an integrated chamber, and the treated water meets CPCB discharge standards.



Q: How is noise minimized during operation?

A: All moving parts, including centrifugal pumps and air blowers, are designed to operate below 70 dB measured at 1 meter distance, ensuring compliance with safety and environmental standards. Proper installation and acoustic insulation further reduce operational noise.



Q: What are the primary benefits of using this ETP plant?

A: The main benefits include reliable compliance with environmental regulations, reduced water pollution, robust construction for long service life, customizability for specific project needs, and simplified operation with automated controls-all resulting in efficient industrial wastewater management.