The best water filter jug ​​for 2025

As we mentioned earlier in this article, there is a variety of pollutants that deserve to be removed from the tap water. The team here settled in our laboratory on three initial tests to measure the effectiveness of these filters: TDS, PH and Chlorine. Before we start the actual testing process, each jug is removed from the package, cleaned and then prepared in the manufacturer’s instructions. This is very important, because most of these filters use activated carbon filtration, which will work Deposit The deposits in the first water batches that you filter if they are not properly cleaned in advance.

TDS test

TDS symbolizes the total melted solid materials and includes many different impurities in the water. The most common TD examples include “calcium, magnesium, sodium, potassium, bicarbonate, sulfate, chloride, nitrate and silica” American geological survey. In practice, calcium and magnesium deposits in tap water lead to the so -called “hard water” that it tastes badly and can be active in your health with higher concentrations. (Read more about TDS From the Environmental Protection Agency and Usgs))

We started the TDS test by mixing a bucket of 8 gallons of tap water, measured at 220 parts per million TD, with table salt until we reached TDS 300 measurement. In general, 50-150 TDS is an ideal range of drinking water. We used the Orasi water quality test to take these measurements, and since the Zerowater candidate also includes a TDS test, all TDS readings have been checked on both devices. Once we created our control source, we measured 1 liter of 300 TDS water in each of the water filter’s jugs and allowed the full amount to pass through the candidate.

Once finished, we measured TDS again and noticed the percentage of change. This process was repeated for TDS concentrations higher and bottom, and the results we have reached indicate that each of the units that we experienced is very consistent in removing the same percentage from the total TDS from any water that passes through.

Chloric test

Chlorine in drinking water may seem strange, but in reality it is a very common practice of water treatment facilities to add chlorine to water supply as an antiseptic. This is very effective in getting rid of other uncommon pollutants in water, however The World Health Organization is estimated The concentration ~ 0.2-4 Part of a million is standard for tap water, indicating that at least some are left after cleansing.

For our test, we decided to intensify matters and test the water prepared with a concentration similar to those in the swimming pool – 10 parts of a million chlorine. This gave us a clear indication of the changes after the nomination. Again, each filter was tested with 1 liter of the solution and compared to the results of the pre -nomination of the water and again, the filters such as Zerowater have greatly outperformed on others.

Hydrogen number changes test

Finally, during the TDS test, we also measured the change in the pH. PH symbolizes “hydrogen potential” and is used to measure the acidity of the material. The pH of very acidic zero, seven is not considered acidic or basic, and 14 represents a very essential substance. Since the minerals that include TDS in tap water increases alkaline, we expected to reduce the filtration process from the pH in the water. In fact, this has turned into the situation, and you can see a table of pH below.

Below is a schedule for the latest TDS removal test results. The data is the average of three test operations for each filter jug.