Is Your Water Purifier Effective?-Here are Some Ways of Checking Its Efficiency!

Is Your Water Purifier Effective?-Here are Some Ways of Checking Its Efficiency!

Is Your Water Purifier Effective?-Here are Some Ways of Checking Its Efficiency!

by April 16, 2018

Safe drinking water is a birthright, an essential for sustaining life and one of the prime concerns while relocating or shifting home. Not just children but also adults can fall sick due to the difference in the quality of water. However, often the tap-water is not drinkable having iron, minerals or other impurities in it. Even if the taste of tap-water is compatible to drinkable standards, you have no way of knowing if it contains germs with naked eyes. The solution that quickly dawns in our mind to resolve impure water issues is, of course, installing a water purifier.

There are countless water purifiers available in the market and each boast of being armed with flashy and flowery technologies that we cannot fully comprehend. Hence, most of the times people make buying decisions based on sketchy information provided by sellers, faith in a brand name and budgetary concerns. Now, the question arises whether the water filter or purifier at your home is actually offering pure water free of harmful substances or not. The water which apparently looks clean may still have soluble salts, fluorides, and acids. Drinking contaminated water can have a terrible impact on the health of your loved ones. Don’t leave things to chance and take the matter into your hands. Here follow some tests that you can carry out to determine whether the quality of water your purifier is offering is worthy or not.

Bare Eye Water Test for Measuring Purity

The easiest way to find out if the water you are offering your dear ones is good for them, try the bare eye test at home. As the name suggests, this one doesn’t need any fancy equipment or testing kit. Simply fill a clear glass with water from the purifier and hold it up to the natural sunlight. Look if there are particles floating in it or does it look absolutely crystal clear. The clearer the water, the more drinkable it is. This test is the very first step towards ensuring water quality at home.

Smell Test for Chlorine, Solvents, and Sulfur

In case your water purifier has stopped functioning optimally, the quality of water will deteriorate drastically. This may reflect in the smell of the water. Yes, bad odorous water indicates the presence of impurities such as chlorine, sulfur or organic solvents. If the smell of the water reminds you of bleaching powder or a swimming pool, then it might have chlorine in excess. Also beware of water that smells like wood, rotten egg or nail polish.

When the amount of chlorine is less the water might taste and smell normal as the changes will be unperceivable. A chlorine test kit will come handy in such a situation. They consist of test strips which change colour to indicate the level of chlorine in your water. Dip a strip in a glass of water and notice the change in colour. Read it according to the user manual provided with the kit.

Test for Checking Whether Water is Hard after Filtering

When water has high mineral content, it is called hard water. While passing through chalk or limestone deposits, magnesium and calcium seep into the water. Thus it creates mineral buildups on your fixtures and generally tastes bad. Hard water has not shown severe side effects on health, but it also cannot be considered absolutely pure or drinkable. However, radon and iron in hard water can lead to health issues. Even after filtering, the water you are having can still have mineral compounds in it. Below are tests you can run to make sure.

1. The Soap Test: This test is not only very easy to perform anytime you have a hunch that the water is hard but also offers clear visual results. Simply fill a see-through glass with water from the purifier till half of it is full. Pour about ten drops of liquid soap into the water. The liquid soap you choose should not be labeled as detergent. Try to find one which is mild and less perfumed to ensure authentic test results. Cover the glass with a plate and give it a good shake. This will help in mixing the soap well with the water. Usually, when soap gets mixed with soft water, it creates lots of suds or bubbles. The soap bubbles stay on top but the water beneath looks clear. If the water you are testing is hard, you will see a milky layer on top instead of bubbles. Also, the water will turn cloudy, losing its transparency. This proves that your water purifier is failing to soften the water and needs to be changed.

2. Water Hardness Testing Kit: For a more detailed reading you can get a water hardness testing kit. These user-friendly test kits are available online. You may also take help of governmental or non-governmental organizations for testing hardness of water in a professional lab.

Acid Test for Finding Out pH Level of Water

One of the important factors that determine the quality of water is its pH level. The ideal pH reading for drinkable water is 7. It can vary from 6 to 8.5. Alkaline water is believed to be good for health whereas consuming acidic water for a long time is not advisable. The easiest method of testing if the filtered water is acidic or alkaline is using litmus paper. There are two types of litmus papers. The red litmus papers are acidic and react with alkaline. The blue litmus paper is alkaline in nature and reacts with acidic water. Take purified water in a glass and dip each strip of litmus in turn. If the water is acidic, the red litmus paper will turn blue, and if it is alkaline, then the blue litmus will turn red. However, the scope of deduction is narrow with litmus. Instead, you can try a pH testing kit that comes with testing strips and a colour chart. If the strip turns apple green, then the pH level of water is 7.The darker the green, the more alkaline is the water quality. If the colour is yellow or orange, then the water is towards being very acidic.

Not all of the contaminants can be tested at home such as fluorides and arsenic. It is better to get the water tested in a responsible laboratory for finding the presence of these substances.

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