Description

Oxymotec’s Advanced Solution for Sustainable Wastewater Management

Oxymotec revolutionizes wastewater treatment with our high-tech MBR Sewage Treatment Plant. Built to operate at high efficiency and with superb water quality. Our systems utilize the latest membrane bioreactor (MBR) technology. We ensure efficient and dependable operation. Oxymotec’s MBR Sewage Treatment Plants incorporate robust filtration membranes and biological treatment processes into a complete solution. They provide wastewater purification to allow for water reuse and eco-friendly operations. Our systems are compact, durable, and customizable for the industries, the municipalities and the decentralized setups.

Decoding MBR Sewage Treatment Plant

An MBR Sewage Treatment Plant is a complete wastewater treatment system housing biological treatment and advanced membrane filtration. Treated water is separated from the biochemical reactor tank. It helps achieve the highest level of clarity, and pathogen reduction in the membrane bioreactor process. An extremely efficient way to remove pollutants and provide stable, reusable water output, this innovative technology marks the dawn of powered waterless washrooms.

In MBR systems, activated sludge is retained in the bioreactor and treated effluent passes through, the membrane pores are in the range of 0.04 – 0.1 µm. This allows for extracting superior-quality water that can be used for reuse in all non-potable applications. This includes irrigation, car washing and utility operations.

Working at an MBR Sewage Treatment Plant

The MBR process incorporates steps that use membrane and biological filtration. It is done to get the best treatment results in sewage processing plants. Here is a breakdown:

• Biological Treatment: Microorganisms sitting in the biochemical reactor break down organic pollutants. Thereby converting them to simpler substances. This is an effective stage to remove BOD (biochemical oxygen demand) and COD (chemical oxygen demand).
• Membrane Filtration: Hollow fibre membranes are used to separate treated water from activated sludge. The membranes filter out solids, bacteria and viruses. It leaves a very high level of clarity.
• Effluent Discharge or Reuse: The filtered water meets critical quality standards for reuse in non-drinking applications or discharge without adverse impact into sensitive environments.

Through this process, reliable and efficient wastewater treatment along with a lesser environmental impact is ensured.

Design Parameters

Items	PH	COD (mg/L)	BOD (mg/L)	NH3N (mg/L)	TP (mg/L)	TSS (mg/L)	Turbidity
Influent	6-9	500	200	30	3	200	—
Effluent	6-9	≤25	≤5	≤5	0.5	≤5	≤2 NTU

Note: Effluent quality meets Chinese national standards GB/T 18920-2002 and Class 1-A of GB/T.

Features of MBR Sewage Treatment Plants

1. High-Quality Effluent

The advanced filtration system ensures treated water has high clarity and significantly reduced pathogen levels, meeting strict discharge and reuse standards in a package sewage treatment plant.

2. Compact Design

The MBR systems are an alternative to the traditional sand filter and sedimentation tanks. It shrinks the area required for a treatment plant.

3. Energy Efficiency

MBR systems minimize energy consumption by integrating biological and filtration processes and maintaining high treatment efficiency.

4. Pathogen Removal

The membrane’s pore size effectively removes harmful bacteria and viruses, ensuring safe and reliable water output for STP plants.

5. Durable Membranes

Reinforced PVDF membranes provide excellent chemical and physical durability, extending system lifespan and reducing maintenance needs.

Applications of MBR Sewage Treatment Plants

1. Municipal Wastewater Treatment

MBR plants are an excellent choice in urban areas where it is necessary to solve with compact capacity, and efficiency and to meet discharge rules.

2. Industrial Wastewater Treatment

Because MBR can handle high organic loads and varying pollutant levels, it provides an excellent technology solution for industries with complex wastewater compositions.

3. Water Reuse

By replacing leaky, unsafe, and inadequately treated hand-dug water wells. MBR systems provide treated water suitable for irrigation, cleaning and other non-potable uses.

4. Decentralized Treatment

Remote communities, resorts, and construction sites rely on MBR systems for sustainable wastewater management.

Standard Specifications

Model	Capacity (m3/d)	Effective Area (m2)	Module Size (mm)
SKID100	100	330	2200 x 750 x 1750
SKID200	200	660	2200 x 1600 x 1750
SKID300	300	1000	2500 x 1600 x 2200
SKID400	400	1320	2200 x 1600 x 2500
SKID500	500	1750	2500 x 1700 x 2500

Advantages of Oxymotec’s MBR Sewage Treatment Plants

1. Customizable Solutions: We create systems with explicitly designed, site and operationally specific characteristics.
2. Exceptional Durability: Reinforced PVDF membranes are used in our systems to maintain long-lasting performance.
3. Eco-Friendly Design: MBR plants facilitate water reuse and reduce environmental footprint.
4. Comprehensive Support: We help you with design, installation, and maintenance to the level of optimal performance of the system.

Why Choose Oxymotec?

Oxymotec is dedicated to bringing the best MBR Sewage Treatment Plants to the market. Our systems combine innovation and stability. This is what sets us apart:

• Expertise in Wastewater Treatment: Expertise in developing the latest solutions over the years.
• Premium Materials: Durability and performance are assured by reinforced membranes.
• Sustainability Focus: Our eco-friendly designs prioritise water reuse.
• Customer-Centric Approach: Systems designed based on the individual need.

Conclusion

It is a big leap in wastewater management. Membrane filtration in combination with biological treatment provides outcomes in outstanding water quality and environmental sustainability. Oxymotec MBR solutions deliver reliable and cost-efficient wastewater treatment for municipal, industrial or decentralized applications.

Buy MBR Sewage Treatment Plants by Oxymotec for a future-ready solution to clean the water and take a step towards a healthy planet.