YSB-46001 Hollow Fiber Curtain Microfiltration Membrane Module (RF Series)
Product Information:
The Hollow Fiber Curtain Microfiltration Membrane Module is the core component of the MBRU membrane bioreactor system. It is made of independently developed fiber-reinforced microfiltration (RF) membrane fibers. The membrane fibers feature a unique gradient network pore structure with uniform pore size distribution, marking a major milestone in the "12th Five-Year Plan" national water project, leading the world in performance. This product has received the "Beijing Invention Patent Award (Invention Patent: ZL201210160504.0)" and the "China Patent Excellence Award (Invention Patent: ZL201110347880.6)."
Product Features:
- High Water Quality: The membrane fibers have uniform pore size distribution, high filtration accuracy, and produce water with turbidity less than 1 NTU.
- Strong Anti-Fouling Ability: The unique gradient network pore structure of the membrane fibers and the high smoothness of the membrane surface provide good anti-fouling properties, making it easy to clean and restore.
- Easy Operation and Maintenance: The composite hydrophilic modification technology allows for dry state preservation, facilitating storage, transportation, and cleaning maintenance.
- Long Service Life: The fiber-reinforced composite membrane technology ensures that the membrane fibers have a breaking stress of over 200 N, providing a service life of over 5 years.
Specifications:
| Membrane Material | PVDF |
|---|---|
| Type | Hollow Fiber Curtain Membrane Module |
| Membrane Fiber Inner/Outer Diameter | 1.0 / 2.0 mm |
| Average Membrane Pore Size | 0.1 µm |
| Breaking Stress | > 200 N |
| Water Production Turbidity | < 1 NTU |
| Average Design Flux | 15 ~ 25 LMH |
| Recommended Operating Temperature | 10 ~ 35 °C |
| Maximum Tolerable pH Range | 2 ~ 12 |
| Recommended Operating pH Range | 6 ~ 9 |
| Maximum Transmembrane Pressure Difference | 45 kPa |
| Ultimate Transmembrane Pressure Difference | 80 kPa |
Membrane Module Specifications:
| Membrane Module Model | Membrane Area (㎡/Piece) | Effective Length (mm) | Dry Fiber Packaging Weight (kg/Piece) | Dimensions (mm) |
|---|---|---|---|---|
| RF-I-1-A | 5.4 | 1000 | 4.0 | 1125×480×25 |
| RF-II-1-A | 10.7 | 1350 | 6.2 | 1500×680×30 |
Note: Special specifications can be customized according to user requirements.
Application Scenarios:
- Urban Wastewater Treatment and Resource Recovery
- Industrial Park Wastewater Treatment
- Rural High-Standard Wastewater Treatment
- Hospital Wastewater Treatment
- Other Applications with Water Quality Similar to Urban Wastewater
Application Scenarios
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Urban Wastewater Treatment and Resource Recovery:
- The hollow fiber curtain microfiltration membrane module is well-suited for urban wastewater treatment plants aiming to meet strict effluent quality standards. The high filtration precision and low turbidity of the treated water make it ideal for applications where treated water is reused, such as irrigation, industrial processes, or even as a preliminary stage before further purification.
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Industrial Park Wastewater Treatment:
- In industrial parks, where wastewater contains a mix of pollutants from various industries, this membrane module can effectively treat and recycle wastewater. It can be used in industries like textiles, food processing, pharmaceuticals, and chemicals where high-quality water reuse is essential.
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Rural High-Standard Wastewater Treatment:
- This module can be applied in rural areas where decentralized wastewater treatment is required. It is particularly suitable for regions aiming to achieve high water quality standards in line with sustainable development goals.
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Hospital Wastewater Treatment:
- The module's ability to produce low-turbidity water makes it ideal for treating hospital wastewater, which often contains various harmful contaminants, including pathogens. Ensuring high-quality effluent is critical in these settings to prevent environmental contamination and public health risks.
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Other Similar Applications:
- Any application that requires the treatment of wastewater with characteristics similar to urban wastewater, such as small communities, resorts, or large commercial complexes, would benefit from this membrane module.
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Downstream Customers
- Municipal Water Treatment Facilities: Government-run facilities responsible for urban wastewater treatment and resource recovery.
- Industrial Parks and Factories: Industries with high water consumption and stringent wastewater discharge requirements.
- Rural Water Management Authorities: Organizations responsible for maintaining water quality in rural communities.
- Hospitals and Healthcare Facilities: Medical institutions that need to ensure safe and compliant disposal of wastewater.
- Environmental Protection Agencies: Entities focused on implementing and enforcing water quality standards.
Market Potential
Market Opportunities:
- Growing Demand for Water Reuse: Many regions in Latin America, Arab countries, and Africa face water scarcity and are increasingly looking towards wastewater reuse as a solution. This product's ability to produce high-quality effluent makes it a strong contender in markets where water recycling is critical.
- Industrial Expansion: As industrialization continues in these regions, there is a growing need for efficient wastewater treatment solutions that can handle diverse and complex industrial effluents.
- Urbanization and Infrastructure Development: Rapid urbanization in these regions is leading to increased wastewater production, creating a need for advanced treatment solutions like the RF series membrane module.
Market Potential:
- Latin America: With growing concerns over water scarcity and pollution, especially in countries like Brazil and Mexico, there is significant potential for this product in urban and industrial wastewater treatment.
- Arab Countries: In the Middle East, where water is an extremely scarce resource, there is a high demand for technologies that can treat and recycle wastewater effectively. This product could be particularly useful in cities and industrial zones.
- Africa: As many African countries are developing their water infrastructure, there is a strong potential market for advanced wastewater treatment technologies. This product could play a crucial role in improving water quality and supporting sustainable development.
Agency Conditions and Resource Suggestions
- Technical Expertise: Distributors should have a basic understanding of water treatment technologies and the ability to provide technical support to end users.
- Sales Network: An established network in the water treatment industry, particularly with municipal authorities, industrial clients, and environmental agencies, would be advantageous.
- Local Partnerships: Collaborating with local engineering firms or environmental consultants can help in understanding specific market needs and ensuring successful product deployment.
- Regulatory Knowledge: Familiarity with local regulations and standards related to water treatment is important to navigate the market effectively.
Recommendations
- Municipalities and Local Governments: These entities are often responsible for wastewater treatment and would be key clients for this product.
- Large Industrial Complexes: Especially those in sectors like textiles, chemicals, and pharmaceuticals, where wastewater treatment is critical.
- Construction and Infrastructure Companies: Firms involved in building new wastewater treatment plants or upgrading existing facilities.
- Environmental and Water Management Agencies: Organizations focused on improving water quality and promoting sustainable water practices.
