Waste Water Treatment plant

Waste Water Treatment plant Specification

Flow Rate
Customized - Based on Application Needs

Technology
MBR, MBBR, SBR, Conventional ASP (as per requirement)

Accessories
Air Blowers, Pumps, Diffusers, Control Panel, Media

Features
Corrosion Resistant, Low Maintenance, High Efficiency

Usage
Industries, Municipalities, Residential Complexes, Hospitals

Type
Water Softener

Material
Stainless Steel

Storage Capacity
Customizable

Purifying Function
Biological, Physical and Chemical Treatment

Power
Electricity Driven (custom options available)

Valve Type
Solenoid / Butterfly Valve

Installation Type
Prefabricated, On-site Installation

Temperature
Ambient to 50C Operating Range

Water Source
Industrial Effluent, Domestic Sewage, Commercial Wastewater

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

Voltage
220V/380V/415V, 3-Phase

Weight (kg)
As per design (variable)

Application
Effluent Treatment, Sewage Treatment, Water Reuse

Capacity
10 KLD to 500 KLD and above

Mounting Type
Skid Mounted / Containerized / Civil Structure

Inlet BOD
Up to 400 mg/l (customizable)

Sludge Handling
Integrated Sludge Management System

Service Support
Onsite & Remote Technical Assistance

Painting/Coating
Epoxy Painted/Anti-Corrosive

pH Range
6.5 to 8.5

Operation Mode
Continuous/Batched

Noise Level
< 65 dB(A)

Automation Grade
Semi-Automatic/Automatic (Optional)

Design Standard
CPCB/BIS/ISO Guidelines Compliance

Outlet BOD
< 20 mg/l (meets regulatory standards)

Waste Water Treatment plant Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
50 Units Per Month

Delivery Time
4 Days

Main Domestic Market
Telangana

About Waste Water Treatment plant

A wastewater treatment plant (WWTP) is a facility that cleans used water from homes, businesses, and industries using physical, chemical, and biological processes. It removes pollutants and contaminants to produce cleaner water that can be safely returned to the environment or reused, crucial for water pollution control.

Key Stages of Wastewater Treatment:

Preliminary Treatment: Removes large solid materials, such as rags, sticks, and plastics, using screens and grit chambers to protect equipment.
Primary Treatment: Uses settling tanks (clarifiers) to allow heavy organic solids to settle to the bottom as sludge, while oils and grease float to the surface to be skimmed off.
Secondary Treatment: Uses microorganisms (bacteria) in aeration tanks or trickling filters to decompose organic matter remaining in the water.
Tertiary/Advanced Treatment: Further cleans the water using processes like filtration, nutrient removal (nitrogen/phosphorus), and disinfection (chlorine or UV) to ensure safety before discharge.
Sludge Treatment: The settled sludge is treated, often through anaerobic digestion, to reduce volume and produce fertilizer or bioga

These plants can achieve over 90% efficiency in removing contaminants, including microplastics

Customizable Capacity for Various Applications

Designed to meet the specific requirements of different sectors, our wastewater treatment plants come in capacities ranging from 10 KLD to 500 KLD and above. The flexible design can accommodate variable flow rates and storage capacities, making it an ideal choice for industries, municipalities, residential complexes, and hospitals.

Advanced Treatment Technologies

Utilizing leading-edge technologies such as MBR, MBBR, SBR, and conventional ASP, our systems are equipped for advanced biological, physical, and chemical treatment. This multi-stage approach ensures optimal contaminant removal and consistently delivers water quality that meets or exceeds regulatory standards.

Durable and Efficient Construction

The treatment units are constructed using high-grade stainless steel and coated with epoxy or anti-corrosive finishes. Integrated sludge management, noise control below 65 dB(A), and robust components like air blowers and solenoid/butterfly valves guarantee reliability, long life, and low maintenance requirements.

FAQ's of Waste Water Treatment plant:

Q: How does the wastewater treatment plant ensure compliance with CPCB, BIS, and ISO standards?

A: The system is designed and operated as per Central Pollution Control Board (CPCB), Bureau of Indian Standards (BIS), and ISO guidelines, incorporating features such as advanced BOD reduction (below 20 mg/l), integrated sludge handling, and regulated pH levels to consistently meet regulatory requirements.

Q: What processes are utilized for effective water purification in this plant?

A: Our plants use a combination of biological, physical, and chemical treatment processes, including MBR, MBBR, SBR, or conventional ASP technologies tailored to the application. These processes effectively treat industrial effluents or domestic sewage, ensuring safe and high-quality water output.

Q: When should maintenance be scheduled for the automated wastewater plant?

A: Routine maintenance intervals depend on the operation mode and application but typically involve monthly inspections and preventive maintenance, with immediate support available through our onsite and remote technical assistance services.

Q: Where can this wastewater treatment system be installed?

A: Units are available for prefabricated or on-site installation and can be mounted in skid, containerized, or civil structures. They are suitable for industrial, municipal, residential, and hospital environments, with configurations customized for each site's needs.

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

A: Key benefits include significant BOD reduction, efficient integrated sludge management, customizable flow rates, energy efficiency, corrosion resistance, low noise emission, and full compliance with Indian and international standards, along with robust technical support.

Q: How is sludge managed within the system?

A: The integrated sludge handling system ensures effective collection, dewatering, and safe disposal or reuse of sludge generated during treatment, supporting a cleaner and more sustainable operation.

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