At present, membrane process has become the top choice in the value chain of the water treatment market, especially in terms of difficult wastewater, membrane process has great advantages. There are several major systems for classifying common membranes, such as material, structure, shape, separation mechanism, separation process, pore size, etc. Familiar ones include inorganic memb……

The application fields of membrane separation technology are very wide, including water treatment, food processing, biotechnology, chemical industry, pharmaceutical industry, etc. ‌In the field of water treatment, membrane separation technology is widely used, mainly in seawater desalination, wastewater treatment, and drinking water purification. For example, using reverse osmosis membra……

The application effect of ceramic membrane in drinking water purification is very significant, mainly reflected in the following aspects:1.Efficient filtration: Ceramic membranes have a fine pore structure that can effectively remove suspended solids, colloids, bacteria, viruses, and large molecular organic matter from water, purify water quality, and improve the safety of drinking water……

Salty wastewater, especially from industries such as petroleum extraction, chemical, pharmaceutical, and seawater desalination pretreatment, contains a large amount of inorganic salts, organic matter, and various impurities, making it difficult to treat. Traditional treatment methods are costly and have limited efficiency. In today's increasingly scarce water resources, the treatment……

Application advantages1. Efficient separation capability: The pore size of the ceramic membrane is uniform and adjustable, which can effectively remove small oil droplets from wastewater, achieve high-precision oil-water separation, and ensure stable effluent quality, meeting strict discharge standards.2. Strong pollution resistance: Due to its excellent chemical stability and surface hy……

Ceramic membrane components, due to their unique performance advantages, have a wide range of applications in the field of environmental protection, in addition to treating heavy metal wastewater. The following are several important environmental application areas:1. Advanced treatment and reuse of industrial wastewaterIn the wastewater treatment of industries such as chemical, pharmaceu……

The service life of a membrane not only refers to the absence of mechanical damage to the membrane, but more importantly, it refers to the effective filtration time of the membrane, that is, the time it reaches the desired filtration rate (when the filtration rate is lower than this, a new membrane is replaced).Ceramic membranes have received increasing attention due to their excellent p……

At present, the technologies widely used in sewage treatment in China include oxidation ditch process, SBR process, CASS process, contact oxidation process, biological aerated filter (BAF) process, MBR process, and rapid separation biological treatment technology. The above methods each have their own advantages and disadvantages. The selected main methods are described as follows:CASS p……

Ceramic membrane technology has shown unique advantages and broad prospects in the treatment of refined petroleum wastewater, mainly reflected in the following aspects:High temperature and high pressure resistance performance: Refined petroleum wastewater often contains high-temperature substances and impurities. Ceramic membranes have excellent high temperature and chemical corrosion re……

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