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Regardless how clean your drinking water looks, there is no guarantee that it is pure and germ-free. It could have microscopic pathogens that cause diseases, modern pollutants like lead and arsenic or a very high level of TDS (Total Wiped out Salts).

Across 8 major cities in The indian subcontinent, water- borne diseases like cholera, jaundice and typhoid accounted for 77% percent of all the diseases in The indian subcontinent. The survey also used light on the fact that the TDS levels are way above the permissible level in many regions in The indian subcontinent, including cities like Mumbai, Delhi, Bangalore.

You may think that cooking your water before you drink it is good enough. However, this is not very true. Cooking only provides protection against microbial contamination caused by bacteria, virus, etc. it does not remove dangerous chemicals/new age pollutants like lead, pesticides and physical harmful particles like will get, dust, rust, etc.

So the facts you can do to ensure that the standard of pureit ro copper drinking water your family gets is pure and safe?

Many families are turning to water devices to ensure that their drinking water is safe and healthy. But, with the market flooded with a plethora of brands how do you know what water cleaner to choose?

A little bit of research is all you need before you buy your water cleaner. The first and foremost thing you need to understand is what your water condition is. Once you know this guess what happens kind of water cleaner you need to buy. Here’s what you ought to know about the various technologies you can find.

Reverse Osmosis

If you live in an area where you get hard water then RO water devices are ideal. If the TDS (Total Wiped out Salt) levels in your water exceed the permissible limit then it positions a serious threat to your health. RO water devices reduce the TDS content in your water to a permissible level and may be taken as long as the quality of Total Wiped out Salts in water is very high.

RO (Reverse Osmosis) operates by applying questionable on the water depending on the level of salt content; it is then forced via a 0. 0001 micron, semi-permeable membrane layer. RO allows cross filtering of water, where the pollutants are caught in the membrane layer. The impure water goes one way and the clean water goes another way. The cross filtering allows the impure water to attract away the pollutants with it thus, preventing an accumulation.

Typical RO devices remove more than 90% of the TDS and all harmful particles present in the water. These harmful particles could range from bacteria, virus, protozoa, cysts, coliform, physical and chemical pollutants etc.

UV

UV water devices are ideal in areas where you get soft water like that from waters or lakes and where the TDS level is below 500mg.

In devices that use UV is purified, a light is used to create Uv rays to how the water is exposed. The Uv rays sink into into the microorganism and alter its DNA, once this is done then it is essentially wiped out and can’t cause any infection or even multiply! This method kills about 99. 99% of all creatures that cause diseases!

These devices do not change the chemical arrangement of the water or alter its taste. Since it doesn’t alter the chemical arrangement of water it cannot be used in areas where you get hard water.

H2o and Adsorption

When water is passed over the h2o and surface the pollutants are attracted to the surface. The h2o and is processed to make it extremely porous, this provides a large surface for adsorption or chemical reactions. These h2o and filtration systems normally use granular h2o and or blocks of powdered h2o and. It is a popular technology and is very effective against getting rid of pesticides, herbicides, chlorine, radon and other chemicals. The standard of these filtration systems are rated by the size of allergens that it can remove. A filter that measures 0. 5 micron is more effective than this measures 10 microns.

Ultra filtering (UF)

This method of is purified removes wiped out solids between the sizes of 0. 005-0. 1 microns. Many a times it is used as a pre- treatment step before Reverse Osmosis (RO). The Ultra filtering membrane layer works as a molecular sieve and it stands between compounds based on the size. The water passes via an extremely fine filter which retains most macromolecules that are above a certain size like colloids, organisms etc. Smaller compounds like solvents pass through the filter. They work best in areas where the TDS level is below 500 mg/litre.

Ionization

This method of is purified is ideal if you live in an area where you get hard water. To convert hard water to soft water, the water is passed over an ion exchange resin. Water flows over the surface and dissolves the sodium. The calcium supplements, magnesium and other cations precipitate about the surface. Ion-exchange can reduce solidity in the water. It can also get rid of pollutants like iron, lead, water piping, barium, radium and nitrates. This technology is usually built-into water devices along with other methods.