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How Reverse Osmosis Works In Water Purification
For several years, more and more people are turning to those alternative systems that enable water purification at home. The realization is motivated by several factors: incomplete information about the substances contained in bottled water as we have seen, economic savings, environmental protection and comfort. Just look at the supermarket lines; with tons of bottles coming home to be recycled at considerable cost.
These devices are connected directly to the household tap or to the main pipeline and can filter the water, making it not only better but also safer for health. The cost of household cleaners will pay for itself in a few months, requiring only maintenance.
Of all household water purification systems, only reverse osmosis works well and can actually eliminate more than 99% of the harmful substances found in tap water, making it the best water and safe for many bottled brands. These plants, in fact, have been used for several years by hospitals, humanitarian organizations such as UNICEF, chemical laboratories and large beverage companies from all over the world (eg cold drinks, beer, etc.) to produce and consume clean water in very large quantities .
The same type of equipment equipped with reverse osmosis is used by many associations of humanitarian and government entities after natural disasters (earthquakes, floods, etc.) to produce perfectly clean water from polluted sources. In addition, some of the bottled water sold in supermarkets every day is nothing more than spring water filtered by reverse osmosis purification systems!
“Good” water should be free or with very little harmful substances such as: chlorine, nitrites, fluorides, chlorides, lead, phosphates, ammonia, bromide, etc. In fact, tap water and bottled water can contain these harmful elements, often with values close to the limits imposed by law. The presence of these harmful elements can depend on the pollution of groundwater by pesticides used in agriculture, on detergents that are used daily in the household, on lubricating oils disposed of by rogues (eg thrown into gutters), and increasingly frequent illegal landfills that pollute the subsoil. With reverse osmosis, however, you can eliminate the most dangerous and harmful chemical elements up to 99%, bringing even the worst tap water in Italy to levels of extreme purity.
Reverse osmosis is a water purification technology that achieves a high percentage of pollutants, dissolved and undissolved (up to 99% retention of dissolved salts). When two liquids with different salt concentrations are separated by a semipermeable membrane, the pressure difference between the two sides of the membrane is a function of the concentration difference. This pressure, called osmotic, forces the pure water to drop the lower concentration to the side of the higher concentration until the concentrations become equal.
Conversely, if the system applies a higher osmotic pressure and vice versa, it is pure water from the higher concentration side that moves to the lower concentration side. This phenomenon, which has a key role in the metabolism of all living cells, can also be used as a method of desalination or demineralization, apart from very simple means.
So, with equipment whose sophistication can be increased depending on the required water quality, or the type of control you want to apply, we can get irrigation water from waste water, drinking water from brackish or sea water, purified water from the drinking network, etc.
The teams basically consist of:
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Pretreatment with conditioner
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Containers and membranes for reverse osmosis
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Regeneration system
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Instrumentation
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Box protection, command and control
Main components:
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Dosing pumps for adding chemicals with a low level sensor.
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Pre-filtration up to 5 microns.
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Pigtail membrane type TFC osmosis.
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High pressure pumps of multistage type.
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Stainless steel flow control valves.
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Flow meters and conductivity.
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Control pressure membrane and treated water.
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Automatic tank cleaning and flushing system.
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Control panel with display diagram, controlled by PLC
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