Package: customer's request

Uses : Bypass filtration and oily water treatment in petroleum, chemical, metallurgical electric and light industries.

Product description: Hyperfiltration technology makes a break through in separation engineering. It carries out selective separation by the microstructure and the active mechanism of its ceramic membrane. When the liquid mixture pass through the surface of the membrane under the pressure, the N, C, H in the liquid will react with the oxidation. Mail characteristics 1. The hyperfiltration goes on in normal temperature and low pressure; it can accomplish its separation, concentration, purification and fractionation without heating or take into any extra substances. Thus, there is no thermal effect or phase change occurs. 2. The filtering core of ceramic membrane is resistant to chemical corrosion, and suitable for all kinds of liquid. 3. The hyperfiltration equipment is simple in structure, small space taken, easy to install and can e inset in present production system. Enlarge or add additional capacity need not worry about and technical difficulties coming along with it. 4. The separation process in hyperfiltration is very simple, and the operation and maintain of the plant are convenient. 5. The start-up time is short, easy to be controlled automatically. Uses 1. Bypass filtration and oily water treatment in petroleum, chemical, metallurgical electric and light industries. 2. Back feed water treatment in oilfield. 3. Filtration in the tap water plant. 4. Effluent disposal in emulsion in the steel rolling. 5. Treatment of metal clearing liquid, the recycle of useful matter in industrial effluent. 6. Subsequent treatment of organic sewerage after biochemical treatment and secondary precipitation. Efficiency The suspended matter in outlet liquid: ≤5 mg/L Oil content in outlet liquid: 2 - 10mg/L Specification and model Selection of specification and model of the hyperfiltration should in accordance with the customer’s demand. The average diameter and thickness of capillary of the porous medium, the pressure difference in filtration and the property of the treated liquid etc. should be taken into account. If necessary, it should be correctly defined by experiment and calculation.