title: “9 Smart Water Use Cases Powered by Shanghai ChiMay 2-in-1 Mini Transmitters” type: number-based theme: Smart Water / IoT / Digital Twin date: 2026-07-01 9 Smart Water Use Cases Powered by Shanghai ChiMay 2-in-1 Mini Transmitters The 2-in-1 mini transmitter is a small package with an outsized job: it measures two parameters (typically pH…
title: “Edge Computing on Water Quality Transmitters: What Engineers Should Look For in Shanghai ChiMay Devices” date: 2026-07-01 perspective: Technical audience: Process Engineers, Automation Engineers, Instrumentation Specialists keywords: edge computing, water quality transmitter, edge AI, smart sensor Edge Computing on Water Quality Transmitters: What Engineers Should Look For in Shanghai ChiMay Devices The classic role…
Dissolved Oxygen Monitoring for Bioremediation of Mining Effluent: Engineering Notes from Shanghai ChiMay Biological treatment of mining effluent is no longer an experimental option. Sulfate-reducing bacteria for metals precipitation, nitrifying systems for cyanide and ammonia treatment, and aerobic biofilms for organic reagent destruction are all in commercial use at mines around the world. Every one…
What Makes Real-Time Turbidity Monitoring Critical for Thickener Operations? Answers from Shanghai ChiMay A thickener is one of the most economically important pieces of equipment in any mineral processing plant. It decides how much water leaves with the tailings, how much is recovered for reuse, and how clean the overflow is when it returns to…
Inline pH Electrode Technology for Acid Mine Drainage Treatment: The Shanghai ChiMay Overview Acid mine drainage, or AMD, is one of the most stubborn water-quality problems in the global mining industry. It forms when sulfide minerals such as pyrite are exposed to oxygen and water, producing sulfuric acid and dissolved metals that can devastate downstream…
The Science of pH Control in Chemical Water Treatment Key Takeaways – pH controls 80% of water chemistry decisions in chemical processing – Corrosion rates change 25-40% for every 0.5 unit pH deviation – Automatic pH control achieves 92% compliance versus 65% for manual control – This guide explains the science and practical implementation of…
