Parece que no podemos encontrar lo que estás buscando. Quizás una búsqueda pueda ayudar.

Other Related Posts

Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View

title: “Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View” date: 2026-06-30 perspective: Technical Deep-Dive audience: Plant Engineering, Process Engineering keywords: PFAS breakthrough, anion exchange, sensor placement, drinking water Sensor Placement for Detecting PFAS Breakthrough in Anion Exchange Beds: A Shanghai ChiMay Engineering View Anion exchange (AIX) resins have…

SCADA Integration Strategies for Online Water Quality Sensors

Key Takeaways Over 67% of industrial water quality monitoring projects exceed budget due to underestimating SCADA integration complexity, which accounts for 15–35% of total project cost Modbus RTU/TCP remains the dominant protocol for water quality sensor communication, supported by 94% of SCADA platforms deployed in industrial water treatment applications HART protocol enables simultaneous analog and…

Understanding Conductivity Electrode Technology: ChiMay’s Measurement Principles

Key Takeaways Conductivity measurement enables water purity assessment across semiconductor, pharmaceutical, and power generation applications ChiMay’s four-electrode design eliminates polarization errors that plague conventional two-electrode sensors Temperature compensation algorithms deliver ±0.5% accuracy across the 0-100°C measurement range The technology supports applications from ultra-pure water (0.055 μS/cm) to brine monitoring (200,000 μS/cm) Introduction Electrical conductivity stands…