By Byron Druss and Paul Nedwick

Byron Druss is a Consultant at ResinTech. He has over 30 years of engineering, product management, sales, marketing and business growth experience in both start-ups and large scale technical companies. As both a community Environmental and Water Commissioner of 10 years, he is passionate about how WaterTech improves life. Paul Nedwick is Director of Research and Quality at ResinTech. Paul has a wide-ranging chemical background spanning product innovation for over 30 years. He is a passionate innovator recognized for his commitment to sustainable product solutions. Paul received his degree in Chemical Engineering from the Pennsylvania State University, with graduate studies at Penn State, and has published numerous technical papers. In 2006, he was named a “Hero of Chemistry” by the American Chemical Society. Paul holds seven US patents and has several other pending patent application.

ResinTech ultrapure lab water system CLiR 5000

3 min read

How Ultrapure Water Quality Directly Impacts Baseline Noise in Analytical Chemistry

When you're running HPLC, LC-MS, or ICP-MS analyses, that annoying baseline noise isn't just a technical annoyance—it's stealing your detection limits and compromising your data quality. Here's how ultrapure water (UPW) quality plays a bigger role...

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Inductively Couple Plasma technique used to produce high temperature plasma. By releasing argon gas through the chamber. Samples are prepared with Type 1 ultrapure water

5 min read

Ultrapure Water and ICP-MS Accuracy Where Purity is the Culprit

Your ICP-MS system cost hundreds of thousands of dollars. Your sample prep is meticulous. Your calibration standards are traceable. But there's one...

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5 min read

How Organic Contaminants in Ultrapure Water Can Ruin Your Lab Results

You’re running experiments, making breakthroughs, and pushing the boundaries of science. You’ve got the best equipment, your team is on point, and...

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