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Type : Polymer membranes
Function : Organic membranes are employed in large-scale industrial applications for water and wastewater treatment.
Features : Perfect for harsh applications
Highest flux for any membrane material
Polymer membranes, also called organic membranes, are filtration modules used within pressure-driven liquid filtration to remove targeted particles to purify, concentrate, and separate liquids.
Polymer membranes represent a filter solution used for liquid filtration processes of various kinds of water and wastewater.
They are a family of membranes produced of polymers. The alternative to polymer membranes is ceramic membranes, also referred to as inorganic membranes. A polymer membrane is a semi-permeable filter media produced of polymers used for pressure-driven water treatment.
Polymer membrane technology is employed in large-scale industrial applications to treat water and wastewater in order to separate micron-sized particles. The membranes have a semi-permeable surface. This means that some particles can pass through the membrane while others are rejected. It is the membrane's pore size that defines the size of the rejected particles. The membrane pore size is defined in microns. One micron is one-millionth of a meter. Thus, membranes can separate even the smallest particles such as bacteria, viruses, protozoa, and salts.
• Organic membranes are employed in large-scale industrial applications for water and wastewater treatment.
• Polymer membranes can operate within all four filtration technologies. They are used for microfiltration, ultrafiltration, nanofiltration, and reverse osmosis. They can be used for water and wastewater treatment. They are, among others, used within dairy, bakeries, wine distilleries, alcohol distilleries, and cosmetics.
| • Abrasive Feeds | • Thermally resistant up to 800°C |
| • Long membrane life | • Hydrophilic material (water-loving) |
| • Isoelectric point pH 2.4 | • Low power usage and low pressure |
| • Chemically inert pH 0-14 | • Highest flux for any membrane material |
| • Perfect for harsh applications | • Low operational cost, low total cost of ownership |
| • Extremely hard & durable material 2930 +/- 80 kgf/mm³ (Vickers scale) | |
Silicon carbide ceramic filters are ideal for the treatment of:
| • Wastewater | • Produced water | • Pre-RO filtration |
| • Polymer flooded streams | • Control of soot exhaust particles | |
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