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How a reverse osmosis system works and its advantages

Apr 15 2022
Every day, the water treatment industry is looking for new and different technologies that can effectively purify this liquid, which is invaluable to the survival of any living thing. One of the most diverse methods of separating impurities and allowing humans to eat it more safely is reverse osmosis.

To understand how this system works, we first need to understand how the penetration process works. This is the name given to the movement of water between media of varying concentrations of solutes separated by a semipermeable membrane. It is an important physicochemical process for cell survival.

During osmosis, water always moves from a hypotonic (lower concentration) medium to a hypertonic (higher concentration) medium in order to reach a concentration equilibrium in both media, allowing them to pass through a semipermeable membrane, i.e. a porous Membrane isotonicity allows the passage of water molecules but prevents the passage of other molecules.

Reverse osmosis (RO) is a separation process that uses high pressure to precisely force opposing movements. That is, it is the process of forcing a solution from an area of ​​high concentration through a membrane to an area of ​​low concentration by applying an external pressure that exceeds the osmotic pressure.

How a reverse osmosis system works

A reverse osmosis system can incorporate several steps in a residential-sized facility, where basically the facility has a carbon pre-filter to remove chlorine so as not to degrade the membrane, and a filter to remove sediment before the water passes through. through the permeable membrane.

In industrial applications, equipment may be larger and more complex, and depending on the quality of the water to be treated, pre-treatment through a filtration system or even a treatment station may be required.

What are the applications of reverse osmosis systems?

Filtration through the reverse osmosis process has a variety of applications. For example, it is used in production for drinking water systems, industrial boilers, food and beverage processing, cosmetics, pharmaceutical production, electronics, horticulture, ice making, laboratories, metal finishing, printing, car washing, fish farming, among others, Also used in residential applications.

In fact, the industry is not the only one benefiting from this technology. Even sailors, fishermen, people who like to camp, or residents of countries where drinking water is polluted or of poor quality use reverse osmosis systems for desalination.

5 Advantages of reverse osmosis

– The water supply to the treatment plant generally does not require heating; – there are fewer corrosion problems; – there are generally lower power requirements; – the reverse osmosis water treatment process can remove unwanted contaminants such as THM precursors, pesticides and Bacteria; – Reverse osmosis water treatment plants take up less surface area than distilleries and produce the same amount of water.

Get ready. Now that you understand the features, applications, and benefits of reverse osmosis systems, it's easier to choose the best product for your home or business needs. With over 15 years of experience in the water purification market, Purerdrop provides the best solutions with unmatched cost-effectiveness.

Visit www.purerdrop.com and learn about our line of refrigerator w10295370a water filter and the most effective water purification technologies known today.
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