Immersion MBR membrane supply

Immersion MBR membrane supplyPerformance characteristics:

1. Membrane module immersed in bioreactor: The membrane module of the submerged MBR membrane is directly immersed in the bioreactor and fully contacts with the wastewater. Compared to external MBR membranes, submerged membranes have higher membrane area and more compact system structure, which can achieve higher flux and processing efficiency.

2. No gas supply required: Immersion MBR membranes do not require additional gas supply, such as gas channels or gas bubbling devices. This reduces the complexity and energy consumption of the system, and can lower operating costs.

3. Anti pollution performance: Immersion MBR membrane has good anti pollution performance. Due to the immersion of the membrane module in the bioreactor, microorganisms and suspended solids in the wastewater can naturally deposit on the membrane surface, forming a biofilm or sludge layer. This type of biofilm can filter and degrade organic matter, and prevent direct contact and adhesion of pollutants to the membrane surface.

Immersion MBR membrane supplyHas a wide range of application fields, including but not limited to:

Urban domestic sewage treatment: removes pollutants such as suspended solids, organic matter, bacteria, and viruses to ensure that the effluent quality meets relevant discharge or reuse standards.

Upgrading and renovating sewage treatment plants: improving the effluent quality and production capacity of treatment facilities, reducing operating costs and maintenance difficulties.

Industrial wastewater treatment: such as chemical wastewater, pharmaceutical wastewater, food processing wastewater, textile printing and dyeing wastewater, etc., to achieve efficient separation and removal of pollutants.

Pre treatment of seawater desalination: Removing suspended solids, organic matter, microorganisms and other impurities from seawater to provide high-quality inlet water quality for reverse osmosis systems.

Surface water treatment: Removing pollutants such as sediment, algae, bacteria, and viruses to improve water quality safety.

Drinking water safety guarantee: By removing pollutants and harmful substances such as microorganisms from the water source, the safety of drinking water quality is ensured.