The core technology of the ceramic membrane cross-flow liquid-solid separation device is the Inorganic ceramic membrane, which is packed into a metal container to form membrane modules of different specifications, and adopts an efficient "cross-flow" filtration method. The device is composed of separation system, automatic backlash system, automatic cleaning system, automatic control system.

Device features:

● Good chemical stability, acid and alkali resistance and organic solvents;

●High temperature resistance, strong anti-microbial ability;

●High filtration accuracy, easy to regenerate;

●Automatic control continuous operation, simple operation and maintenance, high equipment utilization;

●The equipment is compact and occupies a small footprint;

●Low supporting power and good energy-saving effect;

●The working environment is clean and pollution-free; High mechanical strength and long service life.

●It is suitable for working conditions where high temperature, high pressure, and strong corrosive organic membranes cannot be used.

How it works

Inorganic ceramic membrane separation technology is based on the screening effect of porous media for the separation of substances, that is, the filtered liquid is pumped into the channel coated with a ceramic membrane on the surface, the membrane layer intercepts all the substances with particle size greater than the membrane pore size, and the purification liquid will pass through the membrane layer and the support, and the direction of the flow of the filtered liquid and the direction of the purification liquid seepage are perpendicular to form a cross-flow filtration, and the flow of the liquid in the channel can reduce the formation of the contamination layer.

Process flow diagram


Applications
Petrochemical
Precision filtration and purification of chemical solutions; catalyst recovery and enrichment; product purification and grading concentration; waste oil purification treatment and regeneration; Oilfield water injection and purification treatment.
Coal and charcoal
coal mine water filtration ; Coal washing water filtration .
Biopharmaceuticals
Antibiotics: bacillus sulfate, cephalosporin, inosine, erythromycin, etc.; Fermented organic acids: lactic acid, citric acid, etc.; Amino acids: lysine, glutamic acid. phenylalanine, glycine, etc.; Vitamins: vitamin C, vitamin B2, vitamin B12; Proprietary Chinese medicines: various single-formula compound oral liquids, injections, traditional Chinese medicine extracts, etc.; Enzyme preparations: lipidase, protease, etc.; Biochemical products: thymuspeptide, interferon, vaccines, etc.; Natural product extracts: allium root, soy peptides, natural colors, tea polyphenols, etc.
Food and beverage
Dairy: bovine colostrum, yogurt, whey protein sterilization and concentration, protein standardization; Alcohol: wine, beer, fruit wine, rice wine, etc.; Fruit tree juice: apple juice, cranberry juice, pineapple juice, etc.; Sugar: beet sugar, sucrose, starch sugar, etc.; Brewing products: soy sauce, vinegar; Tea deep processing: tea drinks, catechu, etc.; Soybean deep processing: peptides, isoflavones, oligosaccharides; Deep processing of marine animal and plant products.
Environmentally friendly wastewater
Cold-rolled emulsion wastewater from steel plants ; banknote printing and printing wastewater; Oily emulsion wastewater in the automotive industry ; cutting fluid and degreasing fluid wastewater in the machining industry; alkali refining and washing wastewater in the oil industry; Grease industry refining and washing wastewater; industrial acid-alkali wastewater; high concentration COD/BOD wastewater such as dyes and bleaching and dyeing; wastewater containing heavy metals and radioactive components; Wastewater from the electroplating industry; Grinding and microelectronic wastewater.
Filtration effect of mother liquor in different industries

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