About the product
Reverse Osmosis is one of the most effective water treatment approaches. It effectively deals with as much as more than 95% of the salt, heavy metal (such as calcium and magnesium), and chemical residues in the water. RO is widely applied in all aspects of life-seawater-desalinating system, digital purified water refinery system, biomedicine, ialysis, cosmetics, beverages, bottled water, and household water filtering.
What is Osmosis?
A membrane that is selective with what comes through is called a semi permeable membrane. An ideal one would only allow the solvent to go through, but not the solute. A dilute solution and a concentrated one are separated in a container by a semi permeable membrane. The solvent in the dilute one will come through the membrane towards the concentrated. The liquid level of the concentrated will be higher than that of the dilute, which gives rise to a pressure difference and osmotic balance. This pressure difference is osmotic pressure. The pressure is determined by the concentrated solution instead of by the solubility or the material of the membrane.
If a force bigger than the osmotic pressure is exerted on the side of the concentrated solution, its solvent will flow to the other side. The flowing direction is opposite from the original, and the process is thus called reverse osmosis.
The separation and concentration of the solvent and the solute in the solution are achieved by reverse osmosis, driven by pressure, with the aid of the selective semi-permeable membrane. In water treatment, impurities such as inorganic ions, bacteria, organisms, and colloidal matters are removed for top quality water.
What is Osmosis?
A membrane that is selective with what comes through is called a semi permeable membrane. An ideal one would only allow the solvent to go through, but not the solute. A dilute solution and a concentrated one are separated in a container by a semi permeable membrane. The solvent in the dilute one will come through the membrane towards the concentrated. The liquid level of the concentrated will be higher than that of the dilute, which gives rise to a pressure difference and osmotic balance. This pressure difference is osmotic pressure. The pressure is determined by the concentrated solution instead of by the solubility or the material of the membrane.
If a force bigger than the osmotic pressure is exerted on the side of the concentrated solution, its solvent will flow to the other side. The flowing direction is opposite from the original, and the process is thus called reverse osmosis.
The separation and concentration of the solvent and the solute in the solution are achieved by reverse osmosis, driven by pressure, with the aid of the selective semi-permeable membrane. In water treatment, impurities such as inorganic ions, bacteria, organisms, and colloidal matters are removed for top quality water.
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