Membrane Bioreactor Manufacturers, MBR Membrane Module

MBR Membrane Manufacturers

Our MBR membrane is an advanced wastewater treatment technology, the core of which is the use of microporous membrane filters, usually polymer membranes, in a bioreactor to achieve an effective separation of biological sludge and water. Our technology has a highly efficient solid-liquid separation capability, which effectively removes suspended solids and microorganisms, and improves the water quality treatment effect.

WHAT’S THE MEMBRANE BIOREACTOR PROCESS?

1.Biological Treatment

In the biological treatment phase, wastewater enters a specialized reactor, where microorganisms engage in biological processes to decompose organic pollutants.

2. Membrane Filtration

A membrane, typically made of polymers, is used to separate treated water from solids, bacteria, and other impurities. The membrane acts as a physical barrier.

3.Solid-Liquid Separation

The membrane selectively allows clean water to pass through while retaining suspended solids, microorganisms, and other contaminants.

4. Permeate Collection

Permeate Collection involves gathering the treated water that has passed through the membrane, referred to as permeate, for subsequent utilization or discharge.

5. Sludge Retention

The sludge, consisting of concentrated solids and microorganisms, is retained within the reactor.

6.Aeration

Aeration systems provide oxygen to support the biological treatment process and enhance the breakdown of organic matter by microorganisms.

7.Continuous Operation

The MBR system operates continuously, maintaining a high level of treatment efficiency.

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OUR MEMBRANE BIO REACTOR PARAMETERS

MBR flat membrane element specifications and main technical parameters
MBR flat membrane modle	SD-MBRP-80-PVDF	SD-MBRP-150-PVDF
Membrane material	Hydrophilized PVDF	Hydrophilized PVDF
Support plate material	ABS	ABS
Membrane area (m2)	0.8	1.5
Overall dimensions (width × height × thickness, mm)	490×1000×7	510×1630×7
Weight (kg)	2.5	4.5
Average pore size (μm)	0.1	0.1
Design water production (l/m2/h)	15-25	15-25
Effluent suspended solids mg/l	≤ 5.0	≤ 5.0
Effluent turbidity (NTU)	≤ 1.0	≤ 5.0
Aeration volume (l/min/piece)	≥12	≥12
Tolerance to pH	2—11	2—11

MBR curtain membrane models and performance
Membrane module model		SD-MBR-25-Co-PVDF	SD-MBR-30-Co-PVDF	SD-MBR-40-Co-PVDF
Membrane module parameters	Membrane material and film making process	Reinforced polyvinylidene fluoride (PVDF)-NIPS process
	Structural features	With independent internal aeration pipe - enhanced anti-pollution design
	Effective membrane area	25 m²	30 m²	40 m²
	Width x height (mm)	1080 ×1580	1080×1780	1080×1780
	dry weight	20 kg	25 kg	28 kg
	Connection size	ф25	ф25	ф25
	Membrane cutoff pore size	0.05μm	0.05μm	0.05μm
	Membrane inner diameter/outer diameter	1.0 /2.2mm	1.0/2.2 mm	0.6/1.5 mm
	Effluent suspended solids	< 5 mg/L	< 5mg/L	< 5mg/L
Membrane module application conditions	Way of working	Negative pressure suction filtration/discharge water for 8 minutes, stop for 2 minutes
	Temperature tolerance range	5-40℃
	PH value tolerance range	2—11
	Sludge concentration	5000-10000 mg/l
	design flow	10-20 L/M2/H （According to the nature of the sewage）
	Membrane module air/water flow ratio	15-20：1
	Online cleaning chemicals	500-1000 mg/l Sodium hypochlorite solution or citric acid solution

WHY CHOOSE OUR MEMBRANE BIOLOGICAL REACTOR?

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High Treatment Efficiency

Our MBR membranes offer superior treatment efficiency, ensuring the effective removal of organic pollutants, suspended solids, and microorganisms from wastewater.

Compact Design

Our MBR membranes are designed with space efficiency in mind, allowing for compact system configurations, making them suitable for applications with limited space.

Versatility

Our membranes are versatile and adaptable to various wastewater treatment applications, including municipal, industrial, and specialized sectors.

Reduced Footprint

With a focus on space optimization, our MBR membranes contribute to a reduced footprint, making them ideal for installations where space constraints are a consideration.

Advanced Materials

We utilize high-quality and advanced materials in the manufacturing of our membranes, ensuring resistance to fouling, chemicals, and wear, thereby extending their lifespan.

Customization Options

We offer customization options to meet specific client requirements, tailoring our MBR membranes to address unique challenges in different industries & applications.

THE DIFFERENT APPLICATIONS OF MBR MEMBRANE

Municipal Wastewater Treatment

The Membrane Bioreactor used in municipal wastewater treatment delivers a high-quality effluent that is suitable for either discharge or reuse purposes.

Industrial Wastewater Treatment

MBR technology is employed by sectors like food & beverage, pharmaceuticals, chemicals, textiles to effectively treat industrial effluents, ensuring compliance with environmental regulations.

MBR Wastewater Treatment Plant

MBR technology can be integrated into existing wastewater treatment plants to enhance treatment efficiency, especially in cases where space is a constraint.

Hospital Wastewater Treatment

MBR is employed in treating wastewater from healthcare facilities, ensuring the removal of contaminants and pathogens for safe discharge.