The Risks and Benefits of Deionized Water

Deionized water is created by taking conventional water and letting it be exposed to electrically charged resins that will remove salts from water by binding to them. It is also removed of all of its ions and has no charge. Deionized water has been used for years in the field of medicine, as well as in microelectronics, and is a good solvent for the production of a number of products on the market today.

As beneficial as deionized water has proven to be in each of these areas, there are still a number of people who are hesitant to buy a water filter that can produce deionized water in their homes. In an effort to demystify the risks and benefits surrounding the use of deionized water, Office H2O will be telling you more about deionized water today. We will be explaining what deionized water is and how it is made, as well as including a few helpful tips surrounding the use of deionized water. Let’s get started!

What is Deionized Water and Why Is It Important?

Put simply, deionization means the removal of ions. Ions are electrically charged molecules or atoms that are found in water which have either a net positive charge or negative charge. In applications which use water as an ingredient or a rinse, these ions are considered impure and must be removed from the water before use. That’s where deionization comes into play. Deionization is the chemical process in which ion-exchange resins exchange hydrogen and hydroxide ions for the dissolved materials, forming pure water.

Deionized water is considered a true water blank, which means that it assumes the chemistry of whatever product is added to it. For the medical industry in particular, this has critical implications because whenever medical product manufacturers make a product, water is nearly always mixed in. This water, in order for the product to be chemically sound, cannot contain any impurities that could change the overall chemical composition of the product. If deionized water were not used in this process, impurities and metal, such as copper or lead, could find its way into the product and create a risk for adverse health effects.

In addition to being used widely in medical product manufacturing, deionized water is commonly used in facilities across a variety of different industries. In the biotech and pharmaceutical industries, deionized water is used due to the fact that bacteria-free water is a necessity. If there were any chance that a chemical mixture or solution could end up in a patient’s body, this could cause great harm. Deionized water makes this an impossibility. In glass manufacturing, deionized water may be used to rinse the product after it is complete, as the use of tap water on such products could cause the formation of TDS deposits on the surface.

The Advantages of Deionized Water

While we have discussed some of the practical applications of deionized water, you may be wondering about its advantages. For one, deionized water is the water of choice in many manufacturing and factory settings because these industries want to avoid the buildup of salt on machinery. Secondly, in an industrial setting, deionized water can be used to lubricate and cool machinery. Deionized water is also used in the manufacturing of cosmetics, processing of food, and the processing of medicines.

Additionally, some health experts have recommended the short-term use of deionized water in an effort to detoxify the body. While this has proven beneficial for many, this should only ever be done under the explicit advice of a health expert. This is because they will prove helpful in monitoring your progress so that you don’t overdo it.

The Risks of Deionized Water

As there are many benefits associated with the use of deionized water, there are also risks that should be noted. In short, deionized water can be harmful to your health, which is why it is best that deionized water be used for industrial purposes only. Here are a few of the biggest risks associated with the use of deionized water:

• Due to the fact that deionized water is lacking in ions, it can absorb the ions in your body upon drinking it. Because magnesium and calcium are both easy for deionized water to absorb, it can also steal these tissues.
• Many people think that deionized water doesn’t taste so great. This is due to it being completely free of ions and minerals. Unlike other types of water, deionized water is not the best type of water to quench your thirst after a long day.
• If you get your deionized water from the tap, there is always a risk of toxic metal contamination. This is because deionized water is more susceptible to attracting metals as opposed to mineralized water.

Clean, Pure Water with Office H2O!

Now that you are aware of what deionized water is as well as its benefits and risks, you may be wondering where you can get the cleanest, purest water for consumption. Office H2O has the answer! While deionized water is drinkable, it should be noted that not all deionized water is fit for consumption by the public. Always check the label of your deionized water to ensure that it is 100% safe to drink! If you’re looking for a way to make the water you receive in your home or office 100% safe to drink, look no further than our bottleless water coolers!

Not only do our bottleless water systems eliminate a need for plastic bottles, but they also undergo a 9-stage filtration process that removes particulates such as dirt and rust along with lead, chlorine, and other harmful chemicals. We all deserve clean drinking water. Never be without fresh drinking water with a bottleless water system from Office H2O. Browse our selection of systems today to find one of your own!

Along with delivering the freshest and cleanest water available, we are also proud to announce that each of our bottleless water systems comes equipped with a touch-free foot pedal. Using this stylish foot pedal, you can always enjoy easy access to your drinking water without having to use your hands. In the current pandemic, this is a lifesaver! Contact us today to get your own Office H2O bottleless water system!

Photo by Stephan Müller from Pexels