The Importance of Water Purification Systems for Medical and Laboratory Settings

It is important to understand that tap water isn’t 100% pure and it’s easy to overlook the role that purified water plays in our labs and clinics. Some would say “Isn’t tap water good enough?” and to that we must explain the difference. Tap water has been filtered and cleaned to a certain extent through the local water system but it still contains some minerals and substances such as fluoride that are added to the water to kill bacteria and microbes. Whereas our purification systems remove all minerals, substances, bacteria, and microbes to leave you with totally pure water to keep your lab or medical facility running smoothly without any issues. Let’s go into further detail on the different situations and settings that require purified water.

Healthcare Safety:

• Dialysis: Purified water is an important part of the dialysis process as it comes in direct contact with the patients’ blood. If the water is not adequately purified and treated it could allow for impurities and contaminants to enter the patients body causing inflammation and infection.
• Sterilization: Autoclaves use steam and pressure to kill bacteria and impurities; though this process if regular water is used, the mineral residue could build up in the valves and corrode the metal over time.
• Preparation of Pharmaceuticals: Purified water is used to prepare medications, intravenous solutions, and other pharmaceutical products. Ensuring the water is free from contaminants prevents adverse reactions and ensures the efficacy of these products.

Laboratory Integrity:

• Reagents: Purified water is used to prepare reagents. Experiments require this high standard in order to ensure precision and consistent results.
• Culture Media: In biology, culture media is made using the purest water in order to get the most accurate results. If there is anything in the water this could impact the microorganisms and cell lines that are being examined.
• Equipment Function: Autoclaves, incubators, and analytical instruments are sophisticated machines that have delicate mechanisms and use fluctuating temperatures. Therefore, a build up of minerals can accumulate in the tubing and structure, damaging and prohibiting the proper operation if unpurified water is used.

Clinical Laboratory Testing:

• Diagnostics: Similar to the other laboratory procedures mentioned above, purified water is essential to acquiring precision and accurate diagnostic results. Some procedures that require purified water include hematology, chemistry, and microbiology.
• Molecular Biology: Techniques such as PCR (Polymerase Chain Reaction), which are used for genetic testing and research, require ultrapure water to avoid contamination that could alter results.

In conclusion, the use of purified water in medical and laboratory settings is not merely a preference but a necessity. From ensuring patient safety during dialysis to guaranteeing the accuracy of diagnostic tests, the role of purified water cannot be overstated. By investing in high-quality water purification systems, you ensure the integrity and reliability of your operations, safeguarding both equipment and human health.

We are pleased to offer you a great line of options for water purification systems! Please reach out to us and visit our water purification website page for more details.

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