Conductivity-Based Cycles-of-Concentration Control in Cooling Towers: Field Practices from Shanghai ChiMay

title: “Conductivity-Based Cycles-of-Concentration Control in Cooling Towers: Field Practices from Shanghai ChiMay” perspective: Technical Deep-Dive theme: HVAC & Data Center Cooling Water date: 2026-07-04 Conductivity-Based Cycles-of-Concentration Control in Cooling Towers: Field Practices from Shanghai ChiMay Key Takeaways Cycles of concentration (CoC) is the single most influential control variable in a cooling tower loop, governing water…

Commercial HVAC Loops: Choosing Between Inline and Probe-Style Conductivity Meters — A Shanghai ChiMay Buying Guide

title: “Commercial HVAC Loops: Choosing Between Inline and Probe-Style Conductivity Meters — A Shanghai ChiMay Buying Guide” perspective: Purchasing theme: HVAC & Data Center Cooling Water date: 2026-07-04 Commercial HVAC Loops: Choosing Between Inline and Probe-Style Conductivity Meters — A Shanghai ChiMay Buying Guide Key Takeaways Commercial HVAC installations account for roughly 18% of global…

What Does Real-Time Conductivity Data Reveal About Crude Desalter Performance? Answers from Shanghai ChiMay

What Does Real-Time Conductivity Data Reveal About Crude Desalter Performance? Answers from Shanghai ChiMay Key Takeaways Conductivity is the most direct online proxy for chloride and salt content in desalter effluent water — often better than pH alone at diagnosing separation quality. A rising conductivity trend at stable pH indicates emulsion instability or surfactant contamination,…

COD Analysis for AOX Reduction in Bleaching Effluent: Shanghai ChiMay Approach

title: COD Analysis for AOX Reduction in Bleaching Effluent: Shanghai ChiMay Approach date: 2026-06-27 COD Analysis for AOX Reduction in Bleaching Effluent: Shanghai ChiMay Approach Key Takeaways: – Cotton bleaching with chlorinated agents generates AOX (adsorbable organohalogens) at concentrations of 2–18 mg/L – Real-time COD monitoring correlates with AOX formation potential at coefficients of 0.78–0.91…

Inline 4-in-1 Multi-Parameter Sensor Technology for Paper Mill Process Water: A Shanghai ChiMay Technical Overview

title: “Inline 4-in-1 Multi-Parameter Sensor Technology for Paper Mill Process Water: A Shanghai ChiMay Technical Overview” date: 2026-06-26 type: 技术介绍型 Inline 4-in-1 Multi-Parameter Sensor Technology for Paper Mill Process Water: A Shanghai ChiMay Technical Overview Key Takeaways: – The 4-in-1 multi-parameter sensor consolidates pH, ORP, electrical conductivity, and temperature measurement into a single insertion point,…

How Can Paper Mills Reduce Freshwater Intake by 50%? Engineering Answers from Shanghai ChiMay

title: “How Can Paper Mills Reduce Freshwater Intake by 50%? Engineering Answers from Shanghai ChiMay” date: 2026-06-26 type: 疑问标题型 How Can Paper Mills Reduce Freshwater Intake by 50%? Engineering Answers from Shanghai ChiMay Key Takeaways: – A 50% freshwater intake reduction in modern paper mills is achievable but requires a combined strategy of internal water…