YSB-46004 S-MBRU Energy-Saving Membrane Bioreactor Unit
Product Overview:
The Membrane Bioreactor (MBR) technology is one of the mainstream technologies in China’s ongoing "Energy Conservation and Emission Reduction" and "Wastewater Resource Recovery" strategies. The newly developed Energy-Saving Membrane Bioreactor Unit (S-MBRU) is the core product that further reduces the energy consumption of MBR technology. It adopts slot-type gas collection pulse aeration technology and three-dimensional water collection technology, resulting in lower sweeping energy consumption; interactive high-shear aeration structure, enhancing anti-fouling capability; and special internal structure of the unit, eliminating the need for large-scale hydraulic circulation, allowing for higher membrane pool filling density.
Product Features:
- High Effluent Quality: Uniform pore size distribution of membrane fibers, high filtration accuracy, and effluent turbidity less than 1 NTU.
- Low Operating Energy Consumption: Slot-type gas collection pulse aeration technology and three-dimensional water collection technology result in sweeping energy consumption of only 0.1 kW·h/m³ per unit of treated water.
- Strong Anti-Fouling Capability: Membrane fibers have a unique gradient network pore structure, and the unit's interactive high-shear aeration structure improves anti-fouling capabilities, with high chemical cleaning efficiency.
- Small Footprint: The membrane pool filling density reaches 350 ㎡/㎡, with a hydraulic retention time of less than 1 hour.
- Long Service Life: Fiber-reinforced composite membrane technology ensures membrane fiber tensile strength exceeds 200 N, with a service life of over 5 years.
Specifications:
| Parameter | Value |
|---|---|
| Membrane Material | PVDF |
| Membrane Module Type | Hollow Fiber Membrane Module |
| Membrane Fiber Inner/Outer Diameter | 1.0/2.0 mm |
| Average Membrane Pore Size | 0.1 µm |
| Tensile Strength | >200 N |
| Effluent Turbidity | <1 NTU |
| Average Design Flux | 18~25 LMH |
| Effective Membrane Fiber Length | 1938 mm |
| Recommended Operating Temperature | 10~35 °C |
| Recommended Sludge Concentration | 6~12 g/L |
| Maximum Tolerable pH Range | 2~12 |
| Recommended Operating pH Range | 6~9 |
| Maximum Transmembrane Pressure Differential | 45 kPa |
| Ultimate Transmembrane Pressure Differential | 85 kPa |
| Maintenance Chemical Cleaning Cycle | 1 time/week |
| Restorative Chemical Cleaning Cycle | 1 time/year |
Membrane Module Specifications:
| Membrane Module Model | Rated Water Treatment Capacity (m³/d) | Number of Membrane Modules (pcs) | Dimensions (mm) |
|---|---|---|---|
| S-MBRU1-R-IV-1300-A | 1300 | 72 | 1750×3250×2900 |
| Note: Special specifications can be customized according to user requirements. |
Application Scenarios:
- Urban wastewater treatment and resource recovery
- Industrial park wastewater treatment
- High-standard rural wastewater treatment
- Hospital wastewater treatment
- Other water bodies with similar water quality to urban wastewater
Application Scenarios
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Urban Wastewater Treatment and Resource Recovery:
This product is ideally suited for large-scale municipal wastewater treatment plants in urban areas. It is designed to handle significant volumes of wastewater efficiently, making it a perfect solution for cities looking to improve their wastewater management and resource recovery processes. -
Industrial Park Wastewater Treatment:
The S-MBRU Energy-Saving Membrane Bioreactor Unit can be effectively utilized in industrial parks where wastewater from various manufacturing processes needs to be treated before discharge or reuse. Its strong anti-fouling capabilities and high effluent quality make it particularly useful for industries with stringent wastewater quality requirements. -
High-Standard Rural Wastewater Treatment:
For rural communities aiming to meet higher environmental standards, this product offers a robust solution for treating wastewater to a high quality, ensuring compliance with local environmental regulations while minimizing the environmental impact. -
Hospital Wastewater Treatment:
Hospitals produce wastewater that may contain hazardous materials, making the S-MBRU ideal for safely treating and disposing of this water. Its high filtration accuracy ensures that harmful pathogens and chemicals are effectively removed, making the water safe for discharge or reuse. -
Other Water Bodies with Similar Quality to Urban Wastewater:
The S-MBRU can also be applied to any other water treatment scenario where the quality of the water is similar to urban wastewater, such as in small towns, resorts, or residential complexes.
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Downstream Customers
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Municipal Water Authorities:
These entities are responsible for the treatment of urban and municipal wastewater. They require reliable, efficient, and cost-effective solutions like the S-MBRU to meet growing urban wastewater treatment demands. -
Industrial Park Operators:
Companies managing industrial parks need advanced treatment solutions to handle the diverse types of wastewater generated by various industries within their parks. The S-MBRU offers the versatility and efficiency needed in such environments. -
Environmental Agencies and Contractors:
Organizations and contractors specializing in environmental protection and wastewater treatment projects would benefit from using the S-MBRU in projects that require high standards of effluent quality. -
Hospital Facility Managers:
Hospital facility managers responsible for maintaining a safe and compliant environment would find this product beneficial in managing and treating hospital wastewater. -
Large-Scale Agricultural Operations:
In regions where agriculture is a significant industry, large-scale farms and agro-industrial complexes can utilize this product to manage wastewater generated from operations, ensuring compliance with environmental regulations.
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Market Potential
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Latin America:
- Market Potential: Latin America faces challenges with aging water infrastructure and rising urbanization. The S-MBRU offers a modern, energy-efficient solution to meet the region's increasing demand for effective wastewater treatment.
- Business Opportunities: Local governments and private sectors are investing in upgrading water treatment facilities, creating opportunities for distributors to supply advanced technologies like the S-MBRU.
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Arab Countries:
- Market Potential: Water scarcity is a critical issue in many Arab countries. The S-MBRU's efficient water treatment and resource recovery capabilities can help mitigate these challenges.
- Business Opportunities: The S-MBRU can be marketed to municipalities and industries that require reliable wastewater treatment solutions to manage scarce water resources effectively.
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Africa:
- Market Potential: Many African countries are looking to improve their water infrastructure. The S-MBRU can play a key role in providing clean water and supporting sustainable development initiatives across the continent.
- Business Opportunities: The product can be positioned as an essential tool for achieving clean water goals in both urban and rural areas, with potential partnerships with governmental and non-governmental organizations focused on water and sanitation.
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Agency Conditions and Resource Suggestions
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Technical Expertise:
Distributors should have a basic understanding of water treatment technologies and be capable of providing technical support and after-sales service to customers. -
Strong Network with Local Governments and Industries:
Access to decision-makers in municipalities, industrial parks, and hospitals will be crucial for effectively marketing and selling the S-MBRU. -
Ability to Offer Customized Solutions:
Distributors should have the flexibility to offer customized configurations of the S-MBRU to meet specific customer requirements, particularly in terms of scale and operational conditions. -
Awareness of Local Environmental Regulations:
Understanding the local regulatory landscape will help distributors position the S-MBRU as a solution that ensures compliance with environmental standards.
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Recommendations
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Municipal Water Authorities:
Focus on developing relationships with city and municipal water authorities who manage large-scale wastewater treatment plants. -
Industrial Park Operators:
Engage with operators of industrial parks and large manufacturing facilities that require advanced water treatment solutions. -
Environmental Agencies:
Collaborate with environmental agencies that oversee water quality and treatment standards. -
Hospital Facilities:
Target hospital administrators and facilities managers responsible for maintaining compliance with health and safety standards. -
Agricultural and Agro-Industrial Enterprises:
Approach large-scale agricultural operations and agro-industrial complexes in regions where water treatment is critical to their operations.
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