MEMBRANE FILTRATION SYSTEMS | Engisol

Complete cross-flow membrane filtrations systems based on spiral wound membranes or when required also plate & frame, ceramic membranes or a combination of different membrane types can be applied to give the best economic solution.

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OUR RANGE OF MEMBRANE FILTRATION PLANTS

Reverse osmosis uses the tightest possible membrane in liquid separation. In principle, water is the only material that permeate the membrane. All other materials (salts, sugar, etc.) will be unable to pass through.

REVERSE OSMOSIS PLANT

Reverse osmosis uses the tightest possible membrane in liquid separation. In principle, water is the only material that permeate the membrane. All other materials (salts, sugar, etc.) will be unable to pass through.

Nanofiltration is not as fine a separation process as reverse osmosis, and uses membranes that are slightly more open. Nanofiltration allows small ions to pass through while excluding larger ions and most organic components.

NANOFILTRATION PLANT

Nanofiltration is not as fine a separation process as reverse osmosis, and uses membranes that are slightly more open. Nanofiltration allows small ions to pass through while excluding larger ions and most organic components.

Ultrafiltration involves using membranes in which the pores are larger and the pressure is relatively low. Salts, sugars, organic acids and smaller peptides are allowed to pass, while proteins, fats and polysaccharides are not.

ULTRAFILTRATION PLANT

Ultrafiltration involves using membranes in which the pores are larger and the pressure is relatively low. Salts, sugars, organic acids and smaller peptides are allowed to pass, while proteins, fats and polysaccharides are not.

Microfiltration covers a relatively wide range of membrane pore sizes. SiccaDania Filtration designs units with either ceramic or polymeric membranes

MICROFILTRATION PLANT

Microfiltration covers a relatively wide range of membrane pore sizes. SiccaDania Filtration designs units with either ceramic or polymeric membranes