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Mircrofiltration and ultrafiltration units
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Diaphragm filter / tangential - max. 0.45 µm | FiberFlo TF 1680
FiberFlo TF 1680 are high quality cartridges that are constructed using a unique polysulfone hollow fiber membrane, which is only available from Mar Cor Purification. In addition to this, the cartridges...
Diaphragm filter / tangential - max. 0.45 µm | FiberFlo TF 1680
FiberFlo TF 1680 are high quality cartridges that are constructed using a unique polysulfone hollow fiber membrane, which is only available from Mar Cor Purification. In addition to this, the cartridges...
Membrane ultra-filtration unit - IMF PROTECTOR™
The IMF PROTECTOR™ System by Smith & Loveless is designed to provide a cost-effective ultrafiltration solution and is particularly used for small municipalities. The system features a low-foul membrane that serves as an effective barrier to fine particles, including waterborne...
Membrane ultra-filtration unit - IMF PROTECTOR™
The IMF PROTECTOR™ System by Smith & Loveless is designed to provide a cost-effective ultrafiltration solution and is particularly used for small municipalities. The system features a low-foul membrane that serves as an effective barrier to fine particles, including waterborne...
Automatic ultra-filtration unit
The specially designed Saita filtration plants utilize the techniques of reverse osmosis, ultra-filtration and nano-filtration. The filter purifies the degreasing solutions in the closed-loop industrial washes (ultra-filtration) through the segregation...
Automatic ultra-filtration unit
The specially designed Saita filtration plants utilize the techniques of reverse osmosis, ultra-filtration and nano-filtration. The filter purifies the degreasing solutions in the closed-loop industrial washes (ultra-filtration) through the segregation of complex organic substances from a pre-treated waste water (nanofiltration) to obtain demineralized water used to recycle in the productive loop.
The reverse osmosis and the nano-filtration are among the techniques adopted to separate salts and organic soluble molecules from the water. The treated water is a applied with certain pressure (osmotic pressure) to force it through the membrane that generates two types of separated fluxes, the concentrate and the permeate. A part of the water (concentrate) is sent to the exhaust or to treat high salt content. The permissible salinity of the permeate ranges from 1% to 5% of the starting concentrate and free from organic substances and bacteria.
The reverse osmosis and the nano-filtration are among the techniques adopted to separate salts and organic soluble molecules from the water. The treated water is a applied with certain pressure (osmotic pressure) to force it through the membrane that generates two types of separated fluxes, the concentrate and the permeate. A part of the water (concentrate) is sent to the exhaust or to treat high salt content. The permissible salinity of the permeate ranges from 1% to 5% of the starting concentrate and free from organic substances and bacteria.