ULTRAPURE WATER TESTING

Ultrapure Water Testing Services

Ultrapure water is water that has been treated to the highest possible level of purification. This water has had all contaminants and debris filtered out and has also been demineralized and degasified. This highly purified water is used by pharmaceuticals and other research groups for testing. Using the purest water possible is necessary for the types of testing done by these groups because contaminants in water can cloud their research results. Particles from water can also get stuck where they don’t belong and can cause issues like microchip failures.


Engineering Performance Solutions, LLC is the consulting firm to trust to test your water and make sure it’s purified to the highest standards possible for testing. We conduct ultrapure water testing in our Jacksonville, FL lab. This will ensure our clients in the research industry have the ultrapure water they need for accurate testing.

Contact Us Today for the Purest Water Possible

The expert team of individuals at Engineering Performance Solutions can treat your water and check it for contaminants. We will get your water to the cleanest, purest level possible. You can trust the results of the ultrapure water testing we do in our lab. If you need water of the highest grade of purity for research, turn to the qualified staff of engineers and technicians at Engineering Performance Solutions to help you treat and polish your water. The use of ultraviolet light is one of the most common forms of ultrapure water testing you’ll find. Light and heat will help to eliminate contaminants in your water.


Contact Engineering Performance Solutions to learn more about our ultrapure water testing services. We can treat your water so it’s completely free of contaminants and have it ready for use in a lab setting. You can count on the accuracy and authenticity of our results. Call Engineering Performance Solutions today for more information about all our lab testing services, including ultrapure water testing. 

Share by: