online turbidity sensor

Blogs

The 2026 Field Guide to Microplastics Monitoring in Drinking Water: A Shanghai ChiMay Handbook

The Regulatory Backdrop Microplastics have moved from a research topic toward formal monitoring expectations, and the framework now taking shape in different jurisdictions follows the same broad structure: periodic laboratory measurement of finished-water microplastic concentrations, plus a requirement to document the continuous barrier performance that supported those numbers. The exact concentration thresholds, sampling frequencies and…

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Turbidity Control for Thickener Overflow in Mineral Processing: A Shanghai ChiMay Field Guide

Turbidity Control for Thickener Overflow in Mineral Processing: A Shanghai ChiMay Field Guide The thickener is the unsung workhorse of mineral processing. It separates fine solids from process water, produces underflow that goes to filtration or tailings, and produces overflow that returns to the mill as recycle water. The overflow turbidity determines whether the recycle…

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Online Turbidity Sensor Technology Deep Dive

Key Takeaways The global online turbidity sensor market reached $1.2 billion in 2025, driven by tightening discharge regulations and process optimization requirements. EPA Method 180.1 compliant nephelometric sensors achieve accuracy of ±0.1 NTU at turbidity levels below 1 NTU, essential for drinking water applications. Particle counting capability enables detection of 0.1% changes in particle concentration,…

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Selecting the Right Online Turbidity Sensor for Municipal Water Treatment

Key Takeaways Turbidity measurement accuracy directly impacts disinfection efficiency, with 1 NTU increase in raw water turbidity requiring 25-35% additional chlorine dosing Online turbidity monitoring reduces operational costs by $45,000-120,000 annually for medium-sized municipal treatment plants through optimized chemical dosing Modern infrared optical sensors achieve precision of ±0.01 NTU at low turbidity levels, meeting EPA…

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Strategic Value of Water Quality Management in Data Center Cooling Systems

Key Takeaways Data centers consume approximately 200 billion gallons of water annually for cooling applications, representing significant operational cost exposure Poor cooling water quality increases energy consumption by 15-25% through scale formation and biofouling Investment in advanced water quality analyzer delivers ROI of 145% within 24 months through energy efficiency improvements Predictive scaling control reduces…

Read More Strategic Value of Water Quality Management in Data Center Cooling Systems
Blogs

Strategic Value of Water Quality Management in Data Center Cooling Systems

Key Takeaways Data centers consume approximately 200 billion gallons of water annually for cooling applications, representing significant operational cost exposure Poor cooling water quality increases energy consumption by 15-25% through scale formation and biofouling Investment in advanced water quality analyzer delivers ROI of 145% within 24 months through energy efficiency improvements Predictive scaling control reduces…

Read More Strategic Value of Water Quality Management in Data Center Cooling Systems