The popularity of water treated by Reverse osmosis has grown steadily since this water purification system was introduced.
RO 5 Stages (filters)
Reverse osmosis systems have many advantages.
They are respectful with the environment, since they do not produce or use chemical or harmful products during their process. Also, Reverse Osmosis systems require a minimal amount of energy. The taste of purified water is another distinct advantage. Reverse Osmosis removes dissolved minerals and other contaminants that make water smell unpleasant, taste bad, or have unusual colors.
Reverse Osmosis systems are compact, taking up less space than other water treatment systems.
Most Reverse Osmosis systems are fully automated and are designed for automatic start-up and shutdown via locks. Therefore, Reverse Osmosis plants generally require little labor.
Another advantage is that due to its modular design, maintenance is easy.
Scheduled maintenance can be performed without shutting down the entire plant.
Its modular design also makes plant expansion an easy option.
Not to mention the health benefits, the Reverse Osmosis process removes sodium molecules from the water, large sodium molecules cannot pass through the membranes of the reverse osmosis filter system, so drinking water from Reverse Osmosis provides benefits to people with high blood pressure or suffering from liver disease.
Treated water can also be very beneficial for cancer patients, especially during radiotherapy or chemotherapy, as the immune system is weakened during this process. Untreated water can contain harmful microorganisms and tiny germs that can cause infection.
They are respectful with the environment, since they do not produce or use chemical or harmful products during their process. Also, Reverse Osmosis systems require a minimal amount of energy. The taste of purified water is another distinct advantage. Reverse Osmosis removes dissolved minerals and other contaminants that make water smell unpleasant, taste bad, or have unusual colors.
Reverse Osmosis systems are compact, taking up less space than other water treatment systems.
Most Reverse Osmosis systems are fully automated and are designed for automatic start-up and shutdown via locks. Therefore, Reverse Osmosis plants generally require little labor.
Another advantage is that due to its modular design, maintenance is easy.
Scheduled maintenance can be performed without shutting down the entire plant.
Its modular design also makes plant expansion an easy option.
Not to mention the health benefits, the Reverse Osmosis process removes sodium molecules from the water, large sodium molecules cannot pass through the membranes of the reverse osmosis filter system, so drinking water from Reverse Osmosis provides benefits to people with high blood pressure or suffering from liver disease.
Treated water can also be very beneficial for cancer patients, especially during radiotherapy or chemotherapy, as the immune system is weakened during this process. Untreated water can contain harmful microorganisms and tiny germs that can cause infection.
5 Stage Reverse Osmosis System
The 5 stage RO system:
First Filter, the water passes through a sediment filter that removes abundant particles of earth and dirt.
Second Filter, filters finer particles, which the first filter possibly did not stop.
Third Filter, retains more particles than both the first and second filters did not retain.
Fourth Filter, passes through the membrane where it removes 99% of all contaminants (good and bad minerals).
Fifth Filter, it finally goes through a carbon filter to stop any bad substances.
First Filter, the water passes through a sediment filter that removes abundant particles of earth and dirt.
Second Filter, filters finer particles, which the first filter possibly did not stop.
Third Filter, retains more particles than both the first and second filters did not retain.
Fourth Filter, passes through the membrane where it removes 99% of all contaminants (good and bad minerals).
Fifth Filter, it finally goes through a carbon filter to stop any bad substances.
