Product Overview
With years of experience, we are committed to manufacture, trade and supply a wide range of Reverse Osmosis Membranes. widely used in sewater desalination, in which pure water is produced from a highly saline feed stream. It is operated at a pressure of 400- 1,200 psi(29-83 bars), which restricts available membrane geometries. Apart from that, Reverse Osmosis Membrane can be availed in different specifications as per the requirement of our clients at reasonable prices.aReverse osmosis (RO) membranes feature the smallest pores and involve, appropriately enough, the reversal of osmotic pressure in order to drive water away from dissolved molecules. Strictly speaking, RO is not a size exclusion process based on pore size; it depends on ionic diffusion to affect separation. One of its common applications is seawater desalination, in which pure water is produced from a highly saline feed stream, similar to evaporation with far better economy. RO is also used in cheese whey concentration, fruit juice concentration, ice making, car wash reclamation, wastewater volume reduction, and other industrial processes, with the goal of producing a pure filtrate (typically water) or retaining the components. Because the osmotic pressure of many process streams is quite high, RO membranes must operate at pressures of 400-1,200 psi (29-83 bars), which restricts available membrane geometries.
With years of experience, we are committed to manufacture, trade and supply a wide range of Reverse Osmosis Membranes. widely used in sewater desalination, in which pure water is produced from a highly saline feed stream. It is operated at a pressure of 400- 1,200 psi(29-83 bars), which restricts available membrane geometries. Apart from that, Reverse Osmosis Membrane can be availed in different specifications as per the requirement of our clients at reasonable prices.aReverse osmosis (RO) membranes feature the smallest pores and involve, appropriately enough, the reversal of osmotic pressure in order to drive water away from dissolved molecules. Strictly speaking, RO is not a size exclusion process based on pore size; it depends on ionic diffusion to affect separation. One of its common applications is seawater desalination, in which pure water is produced from a highly saline feed stream, similar to evaporation with far better economy. RO is also used in cheese whey concentration, fruit juice concentration, ice making, car wash reclamation, wastewater volume reduction, and other industrial processes, with the goal of producing a pure filtrate (typically water) or retaining the components. Because the osmotic pressure of many process streams is quite high, RO membranes must operate at pressures of 400-1,200 psi (29-83 bars), which restricts available membrane geometries.
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