HomeWastewater Treatment EquipmentIntegrated MBR System

Integrated MBR System

Description: The design of the integrated wastewater treatment equipment is mainly targeted at the treatment of domestic sewage and similar industrial organic wastewater. It uses physical, chemical, and biological reactions to purify wastewater and reduce pollution, achieving wastewater recycling, reuse, and the full utilization of water resources.
Key Advantages: Compact Design, highly integrated, rapid installation, superior effluent quality.
Applications: Scenarios with small water volume, limited space, and requirements for standard discharge/reuse: rural domestic sewage, schools, hospitals, hotels, etc. Food processing, manufacturing, light industry, temporary construction sites, etc.
Efficiency: 1-10 m³/h, Influent COD ≤ 500 mg/L, Effluent COD ≤ 50 mg/L.
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  • Details
  • Functional Logic
  • Applications & Tailored Solutions
  • Customized Service
  • Core Advantages
ProjectContents
Model / SpecificationsMHYT-X X = Processing volume m³/h
Treatment Capacity1-10m³/h
Influent Water QualityInfluent COD ≤ 500 mg/L
Effluent Water QualityEffluent COD ≤ 50 mg/L
Material OptionsAnti-corrosive Carbon Steel
Overall DimensionsHeight >2000 mm
Footprint: 5-40 m²
Effective Volume: 10-100 m³
Core Components & ConfigurationsMain motor, Air compressor, Skimmer, Mixer, Dissolved air tank, Automatic control cabinet, High-pressure pump
Installation MethodBuried / Above-ground
Core Treatment TechnologyAO Process + MBR Membrane
Core Components & ConfigurationsBlower, Aeration system, MBR membrane system, Automatic control system
Operating Power3-20KW
Operation ModeManual-Auto Integration, Opt. Remote
Aeration MethodBlower Aeration
Cleaning IntervalSemi-annual cleaning (SAC)

 

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Project Contents
Functional Logic AO + MBR Process Principles Pre-treatment · Screening: Removes bulky waste (plastic bags, paper, hair) via bar screens to protect equipment. · Equalization Tank: Balances water quality and flow to reduce impact loads. Biological Treatment (AO) · Anaerobic Stage (A): Bacteria decompose large organic molecules and generate methane in oxygen-free conditions. · Aerobic Stage (O): Bacteria degrade remaining organics, Ammonia Nitrogen (NH₃-N), and Total Phosphorus (TP). Membrane Separation (MBR) · MBR Membrane Tank: Filters sludge from water using high-efficiency membranes, replacing traditional sedimentation. Disinfection & Reuse · Sterilization: Uses UV or Chlorine Dioxide to eliminate pathogens like E. coli. · Compliance: Effluent meets discharge standards or is ready for reclaimed water reuse.
Key Advantages · Essentially a "compressed" version of a full-scale wastewater treatment plant in a single container. · Compact footprint, fully automated operation, and stable effluent

 

Project Contents
Domestic & Urban Facilities Applied in "Beautiful Village" projects and contiguous village clusters.
Suitable for small communities and resettlement housing.
Schools, hospitals, highway service areas, scenic spots, and resorts.
Hotels, homestays (Minshus), health care centers, and campgrounds.
Food Processing & Agricultural Products Meat processing, beverages, and brewing industries.
Fruit and vegetable washing, aquaculture, and aquatic product processing.
Grain and oil processing and central kitchens.
Manufacturing & Light Industry Washing plants and small-scale garment factories.
Small-scale chemical plants, coatings, inks, and daily chemical products.
Plastic processing, rubber, and small-scale mechanical machining.
Furniture, wood processing, paper products, and packaging.
Medical & Public Health Township health centers, clinics, and medical examination centers.
Laboratories, disease control centers (CDC), and small-scale medical wastewater treatment.
Construction Sites & Temporary Projects Domestic sewage from construction sites and temporary project management departments.
Mining areas, field construction sites, and temporary camps.

 

Project Contents
Treatment Capacity MBR membrane modules available in various customizable specifications depending on processing volume
Material Options Optional anti-corrosive carbon steel/stainless steel housing
Remote Monitoring Optional remote monitoring system integration
Disinfection Module Customizable disinfection modules based on effluent discharge destinations

 

Project Contents
Performance · Guaranteed Compliance: Delivers consistently stable effluent that meets all discharge standards
· High Throughput: Optimized system design ensures superior treatment efficiency and rapid processing
· Operational Resilience: Strong resistance to shock loads (both volume and concentration), ensuring stable operation even under fluctuating influent conditions
Cost Advantage · Optimized Space: Reduced footprint allows for flexible installation in space-constrained sites
· Low total cost of ownership driven by minimal OPEX
· High Efficiency: Low energy consumption achieved through advanced system integration
Operation Fully automated PLC control with unmanned operation
Customizable HMI touchscreen for intuitive and user-friendly operation
Maintenance Extended Maintenance Intervals to reduce labor costs
Quick-release core components、Simple cleaning procedures
Materials & Durability Anti-corrosion carbon steel: 8+ years corrosion resistance
Adaptability · Versatile Adaptability: Handles diverse influent water qualities
· Underground Installation: No impact on the surrounding environment or landscape

 

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Address: No.7, Unit B, Hi-tech Industrial Park, Wuyang East Rd No.999, Hi-tech Zone, Xinxiang, Henan

Contact Number：+86-13903738003

E-mail：ecominghua@hotmail.com

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