MBR Sewage Water Treatment 50m3 Day

Sewage Treatment
December 29, 2025
Category Connection: Sewage Treatment
Brief: Our team walks you through how the 50m³/Day MBR System performs in common industrial wastewater scenarios. This video demonstrates the Membrane Bioreactor (MBR) technology, showcasing its compact design, efficient solid-liquid separation process, and stable output water quality suitable for reuse. You'll see the operational workflow from sewage intake to discharge, highlighting its automation and reduced sludge production.
Related Product Features:
  • Achieves high-efficiency solid-liquid separation, removing SS, colloids, and dead microbes without needing a sedimentation tank.
  • Maintains high biomass concentration, increasing volume loading and shortening hydraulic retention time for a compact footprint.
  • Filters out bacteria and viruses, reducing disinfection dosage and improving output water quality for broader reuse applications.
  • Features strong microbial retention, enhancing the growth of specialized bacteria and improving decomposition of hard-to-degrade organics.
  • Enables complete separation of hydraulic and sludge retention times, minimizing excess sludge production and treatment costs.
  • Operates with a non-clogging membrane surface, offering long cleaning intervals and simple, modular maintenance.
  • Uses a modular design for flexible system configuration and easy capacity expansion.
  • Saves 50% space compared to traditional systems and operates with low energy consumption and automation.
FAQs:
  • What is the daily treatment capacity of this MBR system?
    This MBR system is designed to treat 50 cubic meters of industrial wastewater per day.
  • How does the MBR system improve water quality for reuse?
    The system uses membrane separation to achieve near-zero SS turbidity, effectively removing suspended solids, bacteria, and viruses, making the output water stable and suitable for reuse without tertiary treatment.
  • What are the operational benefits of the MBR system's design?
    Its compact design saves 50% space, reduces sludge production, lowers energy consumption, and features high automation and modular components for easy maintenance and expansion.
  • What is the operating pressure range for the membrane modules?
    The membrane modules operate within a pressure range of -0.01 to -0.03 MPa.