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Biological Aeration System

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MOQ : 10000 Liters

Biological Aeration System Specification

Membrane Size
0.1 to 0.4 microns

Treatment Technique
Biological Treatment (Activated Sludge/Aeration)

Installation Type
Prefabricated/On-site

Application
Wastewater/Industrial Effluent/Residential/Commercial

Automation Grade
Automatic/Semi-Automatic

Flow Rate
10-100 m3/hr

Ph Level
6.5 - 8.5

Membrane Quantity
Depends on Design (Typically 20-100)

Water Source
Sewage/Industrial Effluent/Raw Water

Material
Mild Steel/SS/FRP

Product Type
Other

Technology
Diffused Aeration/Suspended Growth

Power Source
Electric

Pressure
0.2 - 0.5 bar Bar

Weight
1000 - 6000 Kilograms (kg)

Color
Multicolor

Warranty
Yes

Capacity Intel Flow Rate
10-100 m3/hr

Noise Level
< 60 dB

Applicable Industry
Textile, Food Processing, Chemical, Pharma, Residential, Institutional

Energy Consumption
Low as per design

Oxygen Transfer Efficiency
Up to 40% (Varies by Model)

Sludge Handling Facility
Included/Optional

Service Life
10-15 Years

Aeration Method
Fine Bubble Diffuser/Surface Aerator

Start-up Time
2-4 Weeks (Biological stabilization)

Inlet/Outlet Size
50 mm to 200 mm (Varies)

Control Panel
PLC/Manual

Operating Temperature
5C - 45C

Compliance Standard
CPCB, EPA, IS Standards

Mobility
Stationary/Portable Models Available

Biological Aeration System Trade Information

Minimum Order Quantity
10000 Liters

Supply Ability
1000 Liters Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Biological Aeration System About

Biological system

The biological method of waste water treatment is performed by a variable and mixed community of microorganisms in an aerobic aquatic environment. Microorganisms already present in waste water feed on the complex substances in the waste water, converting them in to simpler substances, helping to improve the treatment.

Key Features:

Online Do Controller (Optical DO Sensor from WTW, Germany) managed through PLC helps to maintain constant DO level at any point of time.
Maintaining constant level of DO ensures biological system could no get upset and also helps to achieve constant level of MLSS.
Irrespective of invariable effluent inlet flow and BOD load, system design will be able to achieve consistent BOD & COD reduction.
Online pH controller (High accuracy pH Sensor) helps to maintain accurate level of pH thus ensuring bacteria death is minimized.
Temperature controller controlled through cooling tower helps to save the life of bacteria.
Diffusers deployed in the biological system are Coated (SSI brand) hence its usage lifetime is high and ensures zero sludge deposit.
Reduced Retention time.
Blowers deployed in the biological system are of German brand has low failure rate and consumes less energy.
Secondary feed well clarifier are made using PP material ensures high usage lifetime and non-corrosive.
Unique diffuser grid arrangement.

Advanced Aeration Technology

Utilizing diffused aeration and suspended growth biological treatment, our system maximizes oxygen transfer and process stability. The fine bubble diffuser and surface aerator methods deliver high efficiency across variable operating conditions, ensuring optimal results for a range of wastewater and effluent sources.

Robust Construction and Compliance

Manufactured with durable mild steel, stainless steel, or FRP, this system adheres to CPCB, EPA, and IS standards. The design accommodates operating temperatures from 5C to 45C and supports a wide range of flow rates and inlet/outlet sizes, guaranteeing adaptability and regulatory assurance for various industries.

Efficient Operation and Control

Tailored for both automatic and semi-automatic operations, our aeration system comes equipped with PLC/manual control panels to optimize performance. Low energy consumption and quick biological stabilization (2-4 weeks start-up) enhance operational efficiency and reduce running costs.

FAQs of Biological Aeration System:

Q: How does the Biological Aeration System benefit textile and chemical industries?

A: The system provides effective treatment for industrial effluents, ensuring high oxygen transfer and regulatory compliance. By using advanced aeration methods, it minimizes pollutants in textile and chemical wastewater, supporting sustainable operations.

Q: What is the process for installing the aeration system on-site?

A: Installation involves prefabricated or on-site setup, accommodating diverse location requirements. Our team ensures tailored fitting based on water source, flow rate, and system capacity. Standard installation completes quickly due to modular design.

Q: When can biological stabilization be expected after start-up?

A: Biological stabilization typically occurs within 2 to 4 weeks of system operation, allowing for effective decomposition of organic matter and establishment of active microbial populations essential for wastewater treatment.

Q: Where is the system suitable for use?

A: The aeration system is designed for a wide array of environments, including textile mills, food processing factories, chemical plants, pharmaceutical production, residential complexes, and institutional settings. Both stationary and portable models offer versatile placement.

Q: What are the advantages of using fine bubble diffuser technology?

A: Fine bubble diffuser technology maximizes oxygen transfer efficiency (up to 40%), operates at low noise levels (<60 dB), and ensures uniform aeration throughout the tank, resulting in improved treatment performance and energy savings.

Q: How is sludge handled in this system?

A: The system offers included or optional sludge handling facilities, which safely manage and process sludge generated during biological treatment. This reduces maintenance efforts and complies with waste management regulations.

Q: What kind of warranty and service life can users expect?

A: Our aeration systems come with manufacturer warranty and offer a service life of 10-15 years, ensuring long-term reliability and minimal downtime for end users.

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