Welcome to Fluid Sep Technologies, a pioneering provider of advanced water treatment solutions. Our expertise lies in cutting-edge Membrane Technology, a crucial utility in modern separation processes. Membrane technology offers various advantages, such as chemical-free operation, low energy consumption, and streamlined process conductions. It encompasses a range of characteristic separation processes utilizing semi-permeable membranes. We specialize in membrane systems for creating process water from groundwater, surface water, and wastewater, effectively competing with conventional techniques. Allow us to introduce you to the different membrane filtration methods and their applications.
Microfiltration membranes with pore sizes of 0.1 – 10 µm effectively remove bacteria, and some viral contamination by trapping viruses that attach to bacterial biofilm. Microfiltration finds applications in various industries, including:
Examples of micro filtration applications are:
For complete virus removal, ultrafiltration is required. Its membranes with pore sizes of 0.001 – 0.1 µm are used in industries like:
Nanofiltration has gained popularity, particularly in drinking water purification, water softening, decoloring, and micro-pollutant removal. Nanofiltration is applied in various industries for:
RO is driven by the pursuit of balance, where fluids with different concentrations of dissolved solids mix until uniform. By separating these fluids with a semi-permeable membrane, fluids with lower concentration move into those with higher concentration, creating osmotic pressure. By applying pressure greater than osmotic pressure, fluids are pressed back through the membrane, leaving dissolved solids behind. RO is commonly used for:
Fluid Sep Technologies provides cutting-edge Membrane Technology solutions for diverse industries, guaranteeing reliable and efficient water treatment processes. Partner with us to experience the transformative potential of our advanced membrane systems, optimizing your water treatment for a sustainable and cleaner future.