Effluent Treatment And Wastewater Treatment Plant

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Effluent Treatment And Wastewater Treatment Plant

Name: Effluent Treatment And Wastewater Treatment Plant
Brand: Aqozone Industries
Price: 400000 INR
Availability: InStock

Price 400000 INR/ Unit

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MOQ : 1 Unit

Effluent Treatment And Wastewater Treatment Plant Specification

Efficiency (%)
Up to 98%

Noise Level
Below 65 dB

Recycle Rate
95%

Feature
Zero Liquid Discharge (ZLD), Low Maintenance, High Efficiency

Power Consumption
As per the design capacity

Usage & Applications
Industrial process water, Municipal wastewater, Reuse applications

Flow Rate
500 lph to 10,000 lph

Technology
MBBR, SBR, MBR, RO, UF, Chemical Treatment

Ph Level
6.5-8.5

Frequency
50-60 Hz

Water Out Conductivity
<10 S/cm

Pump Type
Centrifugal/Submersible

Drive Type
Electric

Purity Level
Up to 99%

Material
Metal

Volume
Customizable as per requirement

Automatic Grade
Full Automatic

Power Source
Electric

Voltage
415 V AC

Water Source
Industrial effluent/wastewater

Product Type
Effluent Treatment And Wastewater Treatment Plant

Filter Type
Multi-media, Activated Carbon, Cartridge

Capacity
1 KLD to 5000 KLD and above

Installation Type
Containerized/Prefabricated/On-site

Control Panel
Weatherproof IP65

Discharge Standard
MEF/CPHEEO/Local Pollution Control Board Compliant

Water in conductivity
Up to 2000 S/cm

Maintenance Requirement
Low

Chemical Dosing System
Auto/Manual

Color
Blue/Grey/Customizable

Pretreatment System
Bar Screen, Oil and Grease Trap

Inlet/Outlet Connection Size
50 mm to 200 mm

Sludge Handling
Filter Press/Centrifuge

Operating Temperature
5C - 50C

Automation Control
PLC/SCADA based

Effluent Treatment And Wastewater Treatment Plant Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
30 Units Per Month

Delivery Time
20-25 Days

Main Domestic Market
South India

About Effluent Treatment And Wastewater Treatment Plant

Our Ozone Nano technology for reduction of COD / BOD in the organic load of the low boilers ETP plant. Our technological advancement of using effectively ozone to reduce the COD / BOD organic load from the treated effluent from ETP Plant.

Advanced Water Treatment Technologies

Employing MBBR, SBR, MBR, RO, UF, and cutting-edge chemical treatment processes, our systems effectively remove contaminants from industrial and municipal wastewater. The multi-stage filtration-bar screen, oil & grease trap, multi-media, activated carbon, and cartridge filters-ensures optimal water purity and efficiency.

Automated Operation and Smart Control

Fully automated with PLC/SCADA-based control systems, these plants offer seamless monitoring and operation. The electric-driven systems are managed via weatherproof IP65 panels, offering consistent performance under a broad range of environmental conditions. Automation reduces human error and ensures reliability.

Customizable Design and Deployment

Available in containerized, prefabricated, or on-site installations, our treatment plants can be tailored to specific volume, capacity (1 KLD to over 5000 KLD), and inlet/outlet requirements. Customizable color and materials allow clients to match their facility needs and operational preferences, making integration straightforward.

FAQ's of Effluent Treatment And Wastewater Treatment Plant:

Q: How does the effluent treatment plant ensure compliance with pollution control board standards?

A: Our systems are engineered to meet MEF, CPHEEO, and local pollution control board regulations. They incorporate advanced filtration and chemical treatment stages that effectively reduce pollutants, delivering treated water with a conductivity of less than 10 S/cm, a pH between 6.5 and 8.5, and up to 99% purity.

Q: What is the process flow for treating industrial wastewater in this plant?

A: The process begins with bar screening and an oil and grease trap for primary pretreatment. Subsequently, water moves through multi-stage filtration (multi-media, activated carbon, cartridge), followed by high-efficiency bioreactors or membrane systems and advanced chemical dosing. Sludge is managed with a filter press or centrifuge, and the treated water is discharged or reused, meeting strict compliance standards.

Q: Where can these treatment plants be deployed and installed?

A: Our plants are suitable for on-site, containerized, or prefabricated installation at industrial facilities, manufacturing sites, municipal treatment stations, and any location requiring compliant water recycling. Installations are customizable to size, volume, and connection needs, making them adaptable to diverse operational environments.

Q: What are the maintenance requirements of the system?

A: These plants are designed for low maintenance, owing to automated controls, durable metal construction, and weatherproof control panels. Routine checks, periodic filter replacement, and minimal cleaning are generally required, ensuring long operational life and reduced downtime.

Q: How is automation achieved and what benefits does PLC/SCADA control provide?

A: Automation is accomplished through integrated PLC/SCADA systems that monitor and control all treatment stages. This enables precise dosing, real-time data collection, fault detection, and remote operation, leading to consistent water quality, efficient resource use, and reduced labor costs.

Q: When is chemical dosing used in the treatment process?

A: Chemical dosing-available in auto or manual modes-is applied during specific treatment stages for pH adjustment, coagulation, or disinfection, depending on the incoming effluent characteristics. Proper dosing ensures optimal pollutant removal and system efficiency.

Q: What are the main benefits of using this wastewater treatment solution?

A: Key advantages include up to 99% treated water purity, 95% recycle rate supporting Zero Liquid Discharge (ZLD), energy-efficient electric operation, low noise levels, and compliance with stringent environmental standards. The system is suitable for water reuse in industrial processes, municipal use, and other applications demanding high-quality water.

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