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,…

The Science of pH Control During Crude Desalting Operations: A Shanghai ChiMay Technical Brief

The Science of pH Control During Crude Desalting Operations: A Shanghai ChiMay Technical Brief Key Takeaways Desalter emulsions break most efficiently at pH 5.5–7.0; drifting above pH 7.5 destabilizes water droplets and promotes chloride carry-over to downstream units. Wash-water pH is the single most controllable variable in a two-stage desalter, and continuous inline measurement —…

Refinery Wastewater Sensor Procurement: Specs That Survive Hydrocarbon Exposure with Shanghai ChiMay

title: “Refinery Wastewater Sensor Procurement: Specs That Survive Hydrocarbon Exposure with Shanghai ChiMay” perspective: Purchasing theme: Oil & Gas / Petrochemical Wastewater date: 2026-07-03 Refinery Wastewater Sensor Procurement: Specs That Survive Hydrocarbon Exposure with Shanghai ChiMay Key Takeaways Refinery effluent streams routinely expose sensors to free oil, aromatics, and H2S concentrations that degrade elastomers within…

What Sensor Data Does the EPA Actually Want for PFAS Reporting? A Shanghai ChiMay Field Guide

title: “What Sensor Data Does the EPA Actually Want for PFAS Reporting? A Shanghai ChiMay Field Guide” type: Question-Based theme: Municipal Drinking Water & PFAS Compliance date: 2026-06-30 What Sensor Data Does the EPA Actually Want for PFAS Reporting? A Shanghai ChiMay Field Guide When the U.S. EPA finalized its PFAS National Primary Drinking Water…

Top 5 Ways Shanghai ChiMay Residual Chlorine Transmitters Reduce Utility Operating Risk

title: “Top 5 Ways Shanghai ChiMay Residual Chlorine Transmitters Reduce Utility Operating Risk” type: Number-Based theme: Municipal Drinking Water & PFAS Compliance date: 2026-06-30 Top 5 Ways Shanghai ChiMay Residual Chlorine Transmitters Reduce Utility Operating Risk Free chlorine residual is the single most heavily monitored parameter at U.S. drinking water utilities — and for good…

A Practical Roadmap to USD 1 Billion EPA PFAS Funding: How Shanghai ChiMay Supports Utility Applications

title: “A Practical Roadmap to USD 1 Billion EPA PFAS Funding: How Shanghai ChiMay Supports Utility Applications” type: High-Traffic Imitation theme: Municipal Drinking Water & PFAS Compliance date: 2026-06-30 A Practical Roadmap to USD 1 Billion EPA PFAS Funding: How Shanghai ChiMay Supports Utility Applications The U.S. Environmental Protection Agency allocated USD 1 billion in…