Compact Design MBR Plant with PVDF Membrane and Electric Auto Control (PLC Siemens) for Wastewater Treatment

Product Description:

The MBR Plant is an advanced Compact Membrane Bioreactor Facility designed to provide highly efficient wastewater treatment through an innovative Membrane Filtration Bioreactor System. Engineered with a robust carbon steel container, this Membrane Bioreactor Plant offers exceptional durability and corrosion resistance, ensuring long-term operational reliability in various industrial and municipal applications.

At the core of the MBR Plant is the high-performance membrane material made from PVDF (Polyvinylidene Fluoride). PVDF membranes are renowned for their excellent chemical resistance, mechanical strength, and thermal stability, making them ideal for demanding wastewater treatment processes. The membrane filtration technology integrated into this system allows for superior separation of contaminants, significantly enhancing the quality of treated water.

One of the standout features of this Membrane Bioreactor Plant is its compact design. Unlike conventional wastewater treatment plants that require extensive space, this Compact Membrane Bioreactor Facility is engineered to have a much smaller footprint. This space-saving design makes it an excellent choice for facilities where land availability is limited or where minimizing environmental impact is a priority. Despite its compact size, the plant does not compromise on capacity or performance.

The capacity of the MBR Plant is highly versatile, catering to a wide range of treatment requirements. It can efficiently handle wastewater volumes varying from as low as 10 cubic meters per day to as high as 10,000 cubic meters per day. This scalability makes the Membrane Bioreactor Plant suitable for small-scale operations, medium-sized communities, and large industrial complexes alike.

Performance-wise, the Membrane Filtration Bioreactor System embedded within this plant delivers outstanding removal efficiencies. It achieves Biological Oxygen Demand (BOD) removal rates of over 95%, ensuring that organic pollutants are effectively degraded. Total Suspended Solids (TSS) removal exceeds 99%, providing clear and clean effluent suitable for various reuse applications. Additionally, the system demonstrates pathogen removal efficiencies greater than 99%, significantly reducing health risks and meeting stringent regulatory standards.

Incorporating the latest advancements in membrane bioreactor technology, this MBR Plant offers a sustainable and cost-effective solution for wastewater treatment. Its compact design reduces the need for extensive civil works and lowers installation costs. The carbon steel container ensures structural integrity, while the PVDF membrane guarantees long service life and minimal maintenance.

Overall, the MBR Plant represents a cutting-edge solution that combines compactness, efficiency, and reliability. Whether the goal is to upgrade existing treatment facilities or to establish new ones, this Membrane Bioreactor Plant provides a flexible and high-performance option. Its ability to handle varying capacities, coupled with superior removal efficiencies and a compact footprint, makes it an ideal choice for modern wastewater management challenges.

Features:

• Product Name: MBR Plant
• Processing Methods: A2O+MBR, A2O+MBBR+MBR
• Removal Efficiency:
  • BOD > 95%
  • TSS > 99%
  • Pathogens > 99%
• Footprint: Compact Design, Smaller Than Conventional Plants
• Application: Wastewater Treatment
• Capacity: Varies (e.g., 10 M3/day To 10,000 M3/day)
• Features:
  • Biological Membrane Treatment Plant
  • Membrane Bioreactor Plant
  • Advanced MBR Wastewater Plant

Technical Parameters:

Applications:

The Industrial Membrane Bioreactor Plant is highly versatile and suitable for a wide range of application occasions and scenarios. Utilizing advanced processing technologies such as A2O+MBR and A2O+MBBR+MBR, this Biological Membrane Treatment Plant efficiently treats wastewater from various industrial and municipal sources. With capacities varying from as low as 10 M3/day up to 10,000 M3/day, the plant can be customized to meet the specific demands of small-scale facilities as well as large urban centers.

This Biological Membrane Treatment Plant is ideal for industries requiring high-efficiency wastewater treatment, including food and beverage processing, pharmaceuticals, chemical manufacturing, and textile production. The plant’s superior removal efficiency ensures that biochemical oxygen demand (BOD) is reduced by more than 95%, total suspended solids (TSS) are removed at rates exceeding 99%, and pathogens are eliminated by over 99%, making it suitable for applications where stringent discharge standards must be met or for water reuse purposes.

The compact design of the Industrial Membrane Bioreactor Plant offers a significant advantage in scenarios where space is limited. Its footprint is considerably smaller than conventional wastewater treatment plants, enabling installation in urban areas, industrial parks, or facilities with restricted land availability. This makes it especially beneficial for retrofitting existing plants or integrating into multi-functional industrial complexes.

Constructed with high-quality PVDF (Polyvinylidene Fluoride) membrane material, the biological membrane treatment plant guarantees durability, chemical resistance, and long-term operational stability. This membrane material choice enhances the plant’s ability to handle varying loads and complex wastewater compositions, ensuring consistent performance under challenging conditions.

Common application occasions include municipal sewage treatment, industrial effluent treatment, water recycling initiatives, and environmental protection projects where advanced biological treatment combined with membrane filtration is required. The flexibility and robustness of this Industrial Membrane Bioreactor Plant make it suitable for both new installations and upgrades, providing a reliable solution for sustainable wastewater management across diverse sectors and environments.