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Why Is Chlorine Residual Monitoring Critical for Drinking Water Safety?

Key Takeaways Chlorine residual monitoring prevents 70-80% of waterborne disease outbreaks in distribution systems The EPA requires minimum residual chlorine levels of 0.2 mg/L at distant points in distribution networks Real-time monitoring enables response to contamination events within 15 minutes, preventing public health impacts ChiMay’s residual chlorine transmitters provide continuous measurement with +-0.03 mg/L accuracy…

how ec meter works

how ec meter works

Understanding the Basics of EC Meters Electric conductivity (EC) meters are essential tools for measuring the concentration of dissolved salts in a solution. These meters are commonly used in agriculture, hydroponics, aquaculture, and environmental monitoring to ensure the proper nutrient levels in water or soil. Understanding how EC meters work is crucial for obtaining accurate…

Fluorometric Dissolved Oxygen Sensors for Semiconductor Ultra-Pure Water Systems

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Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View

title: “Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View” date: 2026-06-30 perspective: Technical Deep-Dive audience: Plant Engineering, Process Engineering keywords: PFAS breakthrough, anion exchange, sensor placement, drinking water Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View Anion exchange (AIX) resins have…