Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration

Product Details
Customization: Available
Membrane Type: Plate and frame
Type: MF
Gold Member Since 2024

Suppliers with verified business licenses

Audited Supplier Audited Supplier

Audited by an independent third-party inspection agency

Importers and Exporters
The supplier has import and export rights
High Repeat Buyers Choice
More than 50% of buyers repeatedly choose the supplier
In-stock Capacity
The supplier has In-stock capacity
Fast Delivery
The supplier can deliver the goods within 30 days
to see all verified strength labels (18)
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
  • Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for Filtration
Find Similar Products

Basic Info.

Model NO.
MBR-PVDF-1
Transport Package
Carton
Specification
550/100/1100
Trademark
suoai
Origin
Quanzhou, Fujian, China
HS Code
3926909090
Production Capacity
10000

Product Description

Advanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationAdvanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationAdvanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationAdvanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationAdvanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationAdvanced High-Performance Anti-Fouling Flat-Sheet Mbr Membrane for FiltrationFlat Plate MBR Membrane Module: The Revolutionary Force in Sewage Treatment

In the transformative realm of sewage treatment, the flat plate MBR (Membrane Bioreactor) membrane module emerges as a groundbreaking powerhouse, redefining industry standards with its exceptional performance. Seamlessly blending membrane separation technology with biological treatment methods, this innovation delivers unmatched efficiency and convenience, heralding a new era in sewage management.

I. Core Structure and Working Principle

1. Structural Composition: The flat plate MBR membrane module is ingeniously crafted from flat membrane sheets, robust membrane frames, water-collecting conduits, and advanced aeration devices. At its heart lies the flat membrane sheet, fashioned from premium anti-pollution materials such as PVDF, renowned for its steadfast physical and chemical traits that ensure optimal filtration even amidst challenging sewage conditions. The membrane frame, constructed from durable 304 stainless steel, offers unwavering support, guaranteeing the membrane sheets' consistent stability and resilience. Water collection pipes diligently gather the pristine filtered water, channeling it through specialized joints to ensure seamless discharge. Meanwhile, the aeration device, utilizing high-density and robust air distribution, meticulously disperses air, maintaining membrane cleanliness and providing vital oxygen for biological breakdown.

2. Working Principle: In the sewage treatment journey, wastewater initially flows into the biological reaction tank, where it mingles with activated sludge. Here, microorganisms actively decompose organic material in aerobic conditions, transforming it into harmless carbon dioxide and water. This mixture then proceeds to the flat plate MBR membrane module, where, under static pressure or self-priming pump influence, it traverses the membrane. The membrane's uniform pore structure acts as a meticulous sieve, trapping particles, bacteria, suspended solids, and large organic molecules, ensuring efficient sludge and water segregation. The purified water exits via the collection pipe, ready for reuse or compliant discharge, while the retained activated sludge remains in the tank, sustaining high sludge concentrations for continuous biochemical processes.

II. Remarkable Advantages

1. Efficient Solid-Liquid Separation: The flat plate MBR membrane module boasts supreme filtration precision, effectively capturing nearly all suspended solids and colloids, rendering effluent SS (suspended solids) and turbidity almost negligible. This proficiency guarantees effluent quality that far surpasses traditional sewage treatment standards, accommodating diverse reuse scenarios like industrial recycled water, urban landscape replenishment, and road maintenance. This capability underscores the efficient recycling of precious water resources.

2. Powerful Anti-Pollution Performance: Ingenious design and superior membrane materials equip the module with formidable anti-pollution prowess. Whether facing variable water quality or complex pollutants, the flat membrane resists contamination, minimizing deposition and blockage. If pollution occurs, simple online or offline cleaning swiftly restores membrane flux. Its extended cleaning cycle and user-friendly maintenance significantly cut operational costs and workload.

3. Stable Operation Performance: This module excels in operating under high activated sludge concentrations and withstands influent water fluctuations. Its distinct separation of hydraulic retention time (HRT) and sludge retention time (SRT) offers flexible adjustments, ensuring stable, efficient performance across various conditions, thereby guaranteeing the continuity and reliability of sewage treatment operations.

4. Longevity and Cost Efficiency: The Advanced High-Performance Anti-Fouling Flat-Sheet MBR Membrane is engineered for durability, boasting an impressive service life of over five years under standard maintenance and operational conditions. This extended lifespan surpasses typical membrane modules, ensuring fewer replacements over time. Its superior treatment efficacy minimizes the need for additional processing, cuts down on equipment investment, and significantly reduces the consumption of chemicals and energy. As a result, this membrane offers substantial savings on overall operating costs, making it a top choice for cost-conscious operations.

III. Versatile Application Spectrum

1. Municipal Sewage Treatment: Tailored for both new and refurbished urban sewage plants, this membrane excels in increasing sewage treatment capacity and enhancing effluent quality. It ensures compliance with stringent environmental protection standards and significantly boosts urban water recycling efforts, thereby safeguarding our ecological environment.

2. Industrial Wastewater Treatment: Perfect for industries like printing, dyeing, electroplating, pharmaceuticals, and chemicals, this membrane effectively addresses high-concentration, toxic, and stubborn industrial wastewater. It employs efficient separation and degradation processes to ensure wastewater meets discharge standards or becomes recyclable, thus mitigating environmental pollution and optimizing water resource usage and economic returns for enterprises.

3. Domestic Sewage Treatment: Ideal for high-density domestic sewage zones such as residential complexes, schools, hospitals, hotels, and rural areas, this membrane facilitates on-site treatment and recycling of domestic sewage. It is compact, easy to operate, and adaptable in scale to meet varying demands, playing a crucial role in enhancing living standards and conserving water resources.

4. Reclaimed Water Reuse Projects: Designed for locations with reclaimed water needs like offices, gyms, and car washes, this membrane transforms treated sewage into valuable reclaimed water. It supports diverse applications such as toilet flushing, greening irrigation, road cleaning, and car washing, thus easing urban water shortages and reducing reliance on potable water.

The flat plate MBR membrane module stands as a pinnacle of innovation, delivering efficient, reliable, and cost-effective sewage treatment solutions. With its cutting-edge technology and exceptional performance, it caters to diverse needs across multiple sectors. As environmental mandates become stricter and water scarcity grows more acute, this membrane is poised to assume a pivotal role in sewage treatment, driving the vision of a greener and more sustainable future.

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now