Immersion MBR membrane sales price

The use of submerged MBR membrane technology is of great significance for improving water quality, protecting water resources, and improving the water environment. It can not only efficiently remove harmful substances from sewage, improve effluent quality, but also achieve the recycling of water resources and alleviate water shortage problems. At the same time, this technology also has the advantages of small footprint, high degree of automation, and low energy consumption, which helps to reduce water treatment costs and improve economic benefits.

Immersion MBR membrane sales priceIt is a water treatment process that combines bioreactors with membrane separation technology, and its core component is MBR membrane. This type of membrane is usually made of materials with excellent physical and chemical stability and oxidation resistance, such as PVDF (polyvinylidene fluoride). Immersion MBR membrane modules typically include a membrane element box containing a certain number of membrane elements, each consisting of a support plate and a flat membrane. This structure allows the membrane module to be directly placed in the bioreactor, in full contact with the activated sludge. Capable of treating various types of wastewater, including domestic wastewater, industrial wastewater, medical wastewater, etc., and adapting to different environmental conditions such as temperature, pH value, and pollution load. The lifespan of MBR flat membrane components is generally 4-6 years, which is much longer than the operating lifespan of traditional water treatment technologies.

Immersion MBR membrane sales priceUsage precautions

Installation and maintenance: Ensure that the membrane components are installed correctly and avoid damaging the membrane fibers. Regularly maintain and inspect the operational status of membrane components, and promptly replace or repair damaged parts.

Cleaning and maintenance: Regularly clean the membrane to avoid membrane contamination affecting filtration efficiency. Pay attention to using the correct cleaning methods and cleaning agents to avoid damage to the membrane fibers.

Operating conditions: Control the operating pressure, temperature, pH value and other parameters to avoid excessive or insufficient conditions affecting the membrane separation efficiency.

Avoid pollution: Pay attention to the quality of the incoming water and avoid substances such as oil, sharp objects, etc. that may contaminate or damage the membrane fibers from entering the reaction tank.

Safety protection: During operation and maintenance, pay attention to safety protection measures to avoid personal injury or equipment damage.