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Blogs

How Can Turbidity Data Help Utilities Navigate Emergency Source Switches During Drought? Answers from Shanghai ChiMay

How Can Turbidity Data Help Utilities Navigate Emergency Source Switches During Drought? Answers from Shanghai ChiMay When drought forces a utility to abandon a depleted primary water source and switch to an emergency alternative, the transition introduces significant water-quality risks. The backup source may carry different turbidity characteristics, different organic content, and different seasonal variability…

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Drought-Ready by Design: How Modern Sensor Layers Are Transforming Utility Resilience with Shanghai ChiMay

Drought-Ready by Design: How Modern Sensor Layers Are Transforming Utility Resilience with Shanghai ChiMay A decade ago, drought response meant emergency declarations, water restrictions, and public appeals for conservation. Utilities reacted to drought after it arrived—scrambling to assess conditions, implement contingency plans, and manage crises with limited real-time data. Today, a fundamentally different approach is…

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7 Ways Shanghai ChiMay Multi-Parameter Sensors Strengthen Drought Emergency Response Programs

7 Ways Shanghai ChiMay Multi-Parameter Sensors Strengthen Drought Emergency Response Programs Drought emergency response requires utilities to make fast, accurate decisions with incomplete information. The gap between what operators know and what they need to know widens as reservoirs drop, sources switch, and treatment systems strain under unusual conditions. Multi-parameter sensors narrow that gap by…

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Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay

Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay Legionella pneumophila likes warm water—25°C to 45°C—which makes open recirculating cooling towers ideal breeding grounds when biological control slips. Reported cases of Legionnaires’ disease have climbed roughly 280% since 2000, according to the U.S. Centers for Disease Control and Prevention,…

Read More Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay
Blogs

What Makes Chemical-Only Cooling Tower Programs Obsolete in 2026? Shanghai ChiMay Explains

What Makes Chemical-Only Cooling Tower Programs Obsolete in 2026? Shanghai ChiMay Explains Chemical-only cooling tower programs—manual dosing plus grab samples—are fading fast. Adoption has dropped an estimated 18% year-over-year since 2023, and facilities that switched to sensor-driven treatment report an average chemical cost reduction of 28%. Here’s what’s driving the shift and what it means…

Read More What Makes Chemical-Only Cooling Tower Programs Obsolete in 2026? Shanghai ChiMay Explains
Blogs

Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay

Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay Legionella pneumophila thrives in warm water between 25°C and 45°C, which makes open recirculating cooling towers ideal breeding grounds when biological control slips. Traditional biocide programs face growing regulatory scrutiny as discharge limits tighten and resistant strains emerge. Continuous monitoring…

Read More Why Are Open Recirculating Cooling Systems Rethinking Their Legionella Prevention Strategy? Insights from Shanghai ChiMay