Thanks to its efficient solid-liquid separation, compact structure, and good effluent quality, the MBR (Membrane Bio-Reactor) flat sheet membrane is widely used in various fields.
Municipal Sewage Treatment and Reuse
Application Scenarios: Upgrading and renovating urban sewage treatment plants, and building new sewage treatment facilities.
Advantages:
Stable effluent quality, can be directly reused for industrial cooling, landscape replenishment, greening irrigation, etc.
Small footprint, suitable for urban areas with limited land.
Low sludge production, reducing subsequent treatment costs.
Industrial Wastewater Treatment
Application Scenarios: Food processing, pharmaceuticals, chemicals, dyeing, electronics, and other industries' wastewater treatment.
Advantages:
Tolerant to high concentrations of organic matter, suspended solids, and toxic substances.
Can achieve standard discharge or resource reuse (e.g., reclaimed water, zero discharge).
Modular design, easy to expand and retrofit.
Rural and Decentralized Sewage Treatment
Application Scenarios: Rural domestic sewage, tourist attractions, highway service areas, and other decentralized sewage treatment.
Advantages:
High degree of automation, easy maintenance, suitable for areas lacking professional operation and maintenance personnel.
Good effluent quality, can meet environmental protection requirements, and reduce water pollution.
Small footprint, strong adaptability.
Black and Odorous Water Treatment and Ecological Restoration
Application Scenarios: Urban black and odorous rivers, lakes, landscape water bodies treatment.
Advantages:
Quickly remove suspended solids, organic matter, and nitrogen and phosphorus pollutants from the water body.
Combining with ecological restoration technologies to promote the restoration of the water body's self-purification capacity.
Can be used as an emergency treatment measure to improve water quality in the short term.
Seawater Desalination Pretreatment
Application Scenarios: Pretreatment at the front end of seawater desalination plants to protect reverse osmosis (RO) membranes.
Advantages:
Efficiently remove suspended solids, colloids, and microorganisms from seawater.
Extend the service life of reverse osmosis membranes and reduce operating costs.
Stable effluent quality meets subsequent treatment requirements.
Landfill Leachate Treatment
Application Scenarios: Leachate treatment at landfills and incineration plants.
Advantages:
Resistant to high concentrations of ammonia nitrogen, COD, and heavy metals.
Good effluent quality, can meet stringent discharge standards.
Modular design, adaptable to different scales of leachate treatment needs.
Medical Wastewater Treatment
Application Scenarios: Hospitals, clinics, laboratories, and other medical wastewater treatment.
Advantages:
Effectively removes pathogens, drug residues, and chemicals.
Effluent quality meets medical wastewater discharge standards, ensuring public health safety.
High degree of automation, reducing the risk of manual operation.
Food and Beverage Industry
Application Scenarios: Dairy products, brewing, beverage production wastewater treatment.
Advantages:
Resistant to high concentrations of organic matter and oils and fats.
Good effluent quality, can be recycled for use in the production process (e.g., cleaning, cooling).
Reduces wastewater discharge, lowering environmental impact.
Aquaculture Wastewater Treatment
Application Scenarios: Livestock and poultry breeding, aquaculture wastewater treatment.
Advantages:
Removes ammonia nitrogen, phosphorus, and organic matter, reducing water body eutrophication.
Effluent can be recycled for aquaculture use, saving water resources.
Reduces odor gas emissions, improving the breeding environment.
Efficient separation: Good effluent quality, can be directly reused.
Small footprint: Suitable for areas with limited land.
High degree of automation: Reduces manual operation, lowering maintenance costs.
Strong adaptability: Tolerates high concentrations of pollutants, adapting to different water quality conditions.
Modular design: Easy to expand and retrofit, meeting different scale needs.
Resource reuse: With the increasing problem of water resource scarcity, the application of MBR flat sheet membranes in the field of sewage reuse will further expand.
Intelligent upgrading: Combining with the Internet of Things, big data, and other technologies to achieve remote monitoring and intelligent operation and maintenance.
New material development: Developing pollution-resistant, high flux, long-life membrane materials to reduce operating costs.
Policy-driven: Stricter environmental protection policies will promote the application of MBR flat sheet membranes in industrial wastewater treatment and black and odorous water treatment.
Thanks to its technical advantages, the MBR flat sheet membrane has become an important tool in the field of sewage treatment and reuse, and it will play a key role in more industries and scenarios in the future.