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AIMS WATER MANAGEMENT
GST : 33BICPA2274H1ZS

Effluent Treatment Plant

Name: Effluent Treatment Plant
Brand: AIMS WATER MANAGEMENT

Get a Price/Quote

MOQ : 1 Unit

Effluent Treatment Plant Specification

Membrane Quantity
As per Design (Typically 4 - 24 Modules)

Ph Level
6.5 - 8.5

Application
Textile, Pharmaceutical, Food & Beverage, Chemical Plants, etc.

Water Source
Industrial Effluent

Capacity
1 KLD - 500 KLD (Customizable)

Treatment Technique
Mixed Biological & Physicochemical Treatment

Power
Three Phase, 5-25 kW (Depending on Capacity)

Membrane Size
8 x 40 Standard or Custom sizes

Material
Mild Steel, FRP, or Stainless Steel (as per customer requirement)

Installation Type
Containerized / Prefabricated

Automation Grade
Automatic / Semi-Automatic

Flow Rate
10 m3/day to 500 m3/day

Product Type
Effluent Treatment Plant

Technology
MBR/MBR-RO/UF/AOP (Depending on Requirement)

Power Source
Electric

Operation Type
Automatic/Semi-Automatic

Pressure
2-5 Bar (Process Pressure Range)

Dimension (L*W*H)
Customized as per site parameters

Weight
Varies (Depends on Capacity and Configuration)

Color
Blue / Grey (as per Specification)

Capacity Intel Flow Rate
10 m3/day to 500 m3/day

Operating Temperature
5C - 50C

Skid Mountable
Available for Easy Mobility

Discharge Compliance
Meets PCB Standards for Discharge/Recycle

Pretreatment Requirement
Bar Screen, Equalization Tank

pH Adjustment System
Included

Control Panel
PLC based with HMI

Inlet TSS Tolerance
Up to 500 mg/L

Sludge Handling
Automatic Sludge Dewatering System

Outlet BOD Level
Less than 30 mg/L

Residual Chlorine
< 1 ppm (after treatment)

Treated Water Storage
Optional Integrated Tanks

Service Support
Onsite and Remote Assistance

Chemical Dosing
Integrated Automatic Dosing System

Maintenance
Low, with Routine Service

Noise Level
Below 65 dB

Effluent Treatment Plant Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Effluent Treatment Plant

Effluent Treatment Plant is designed for the treatment of wastewater and gives them a suitable treatment. It can work at different levels and include many chemical, biological, physical and membrane activities to treat waste water from assorted industrial facets such as refineries, dairy, chemicals, drugs, ready mix plants, pharmaceutical & textile etc. The plant ensures that the industrial activities make no harm to the environment. Patrons can avail this Effluent Treatment Plant at a very pocket friendly rates.

Advanced Treatment Technology

Utilizing a combination of membrane-based and physicochemical treatment methods like MBR, MBR-RO, UF, or AOP, the ETP offers high efficiency in removing contaminants. Its modular design ensures stable operations even under varying loads, delivering treated water that complies with stringent PCB regulations.

User-Friendly Operation and Monitoring

Automated with a PLC-based control panel and touchscreen HMI, this ETP ensures simplified system management for operators. Features such as integrated automatic chemical dosing, pH adjustment, regular sludge management, and optional storage tanks make operation and maintenance straightforward.

Customizable and Versatile Deployment

Designed for easy installation, the plant can be containerized or provided as a prefabricated skid for mobility. Its scalable architecture supports capacities from 1 KLD to 500 KLD and can handle a wide range of flows, making it suitable for diverse industrial applications across India.

FAQ's of Effluent Treatment Plant:

Q: How does the Effluent Treatment Plant ensure compliance with PCB discharge standards?

A: The plant employs a mixed biological and physicochemical treatment process, supported by advanced membrane technology and monitored via a PLC-based panel. This assures treated water meets Pollution Control Board (PCB) guidelines for BOD (<30 mg/L), TSS, pH (6.5-8.5), and residual chlorine (<1 ppm), suitable for discharge or recycling.

Q: What is the process flow for treating industrial effluent in this ETP system?

A: Effluent passes through a bar screen and equalization tank for initial pretreatment, followed by biological degradation and advanced filtration using MBR, UF, or RO modules. Integrated pH adjustment and automatic chemical dosing optimize treatment, while an automatic sludge dewatering system manages waste solids efficiently.

Q: When is routine maintenance required for the ETP, and what does it involve?

A: Maintenance is low due to automation but includes routine inspections, cleaning of membranes and sensors, and checks on dosing and sludge handling equipment. Service schedules can be tailored based on operating hours and influent quality, with both onsite and remote support available.

Q: Where can this ETP be installed, and is it suitable for mobility or space-limited sites?

A: The plant is designed for containerized or skid-mountable installation, making it ideal for both permanent and temporary sites, including industrial zones where space is limited. Customizable dimensions and flexible mounting options facilitate deployment in various settings.

Q: How does the automatic sludge dewatering system benefit end-users?

A: The integrated automatic sludge dewatering system reduces manual handling, minimizes downtime, and ensures efficient solid waste management, ultimately lowering operational costs and enhancing the reliability of the treatment process.

Q: What are the advantages of the integrated automatic chemical dosing and pH adjustment systems?

A: These systems enable precise, consistent dosing of treatment chemicals and pH stabilizers, optimizing performance, protecting equipment, and helping the plant meet regulatory standards with minimal operator intervention.

Q: What industries and effluent types is this ETP suitable for?

A: This ETP is designed for a range of industries, including textiles, pharmaceuticals, food & beverage, and chemical plants. It is suitable for any industrial site requiring treatment of effluent flows from 10 m3/day to 500 m3/day, with customizable technology and capacity to match specific process and compliance needs.