drinking-water-contaminant-removal-application-notes

1. The Role Of Zeta Potential In Water Treatment Process Control 5/27/2020

   Physical processes such as sedimentation, flotation and filtration remain at the heart of most process trains for the treatment of water and wastewater flows.

2. Drinking Water Testing By Ion Chromatography Using Ultrapure Water 9/29/2022

   This application note demonstrates the suitability of ultrapure water produced by a Milli-Q IQ  7000 water purification system for the IC analyses of inorganic ions and DBPs in drinking water.

3. Optimization Of Water Treatment Using Zeta Potential 5/27/2020

   Drinking water in the US and developed nations of the world is treated to remove contamination of foreign materials, both mineral and organic.

4. LC-MS Analysis Of 33 PFAS Compounds In 5 Minutes 11/4/2021

   In response to environmental testing demands for faster LC-MS analyses, the new Ascentis® Express PFAS HPLC and delay columns allow the highly efficient separation of 33 PFAS compounds in 5 minutes with reduced background contamination.

5. Bardac® LF 18 — A Novel Cooling Water Algaecide 10/23/2020

   The active ingredient in Bardac® LF 18 is dioctyl dimethyl ammonium chloride. This product comes in two concentrations: -10WT (10% w/w) and -50WT (50% w/w). Several chemical properties of this product yield key benefits that set it apart from other industrial cooling water products. It is a quaternary ammonium compound (quat). Quats are typically low cost and highly effective biocides for a broad spectrum of organisms.

6. PFAS-Selective Single-Use Ion Exchange Resin: Environmental Discharge And Remediation 8/10/2026

   Effective PFAS remediation demands precise prefiltration, controlled hydraulics, and optimized vessel configurations to prevent media fouling and premature contaminant breakthrough. Read the guide to implement best practices for maximum treatment efficiency.

7. Application Note: Ozone Measurement In Potable Water 3/1/2010

   Ozone is a powerful oxidizing agent that can be used to destroy the organic compounds that affect the taste and odor of potable water. Environmental concerns have led to increased use of ozone because, unlike chlorine, it does not form hazardous by-products.

8. PFAS-Selective Single-Use Ion Exchange Resin For Drinking Water Systems 8/10/2026

   Achieving reliable drinking water decontamination using selective single-use ion exchange media requires careful hydraulic management, targeted prefiltration, and proper lead-lag vessel engineering to protect media integrity, prevent premature breakthrough, and maintain consistent effluent quality.

9. LC-MS Analysis Of PFAS Compounds In EPA Methods 537.1, 533 And 8327 11/4/2021

   The Ascentis Express PFAS HPLC column is designed for the separation of novel and legacy PFAS as per recent EPA methods. A specific PFAS delay column prevents background PFAS contamination from interfering with sample results in quantitative LC-MS methods.

10. Innovative Solutions To Drinking Water Decontamination In Small And Medium Treatment Plants 9/21/2017

    Air stripping technology effectively removes VOCs, THMs, and CO2 for improved adherence to water quality regulations.