Blogs

Understanding the Challenges of Industrial Sensor Deployment Water quality sensors deployed in industrial environments face demanding conditions that significantly impact performance and longevity. Unlike laboratory instruments protected from environmental extremes, industrial sensors must operate reliably despite chemical exposure, temperature fluctuations, pressure variations, and mechanical stresses that would quickly degrade lesser equipment. The global water quality…

The Evolution of Zero Liquid Discharge Requirements Environmental regulations governing industrial wastewater discharge have become increasingly stringent over the past two decades. What was once considered acceptable practice—treating wastewater to meet permit limits before discharge—has evolved toward complete elimination of liquid waste streams in many jurisdictions. Zero Liquid Discharge represents the ultimate expression of this…

Key Takeaways Conductivity accuracy within ±1% is what makes reliable total dissolved solids (TDS) calculation possible in desalination systems. Demand for online conductivity sensors keeps climbing as desalination and water reuse capacity expands worldwide. Shanghai ChiMay in-line conductivity sensors respond in under 1 second, fast enough to drive real-time process decisions. Uncalibrated sensors drift. A…

The short version: Continuous turbidity monitoring cuts membrane cleaning frequency substantially and keeps fouling from turning into replacement Real-time turbidity data lets operators respond to feed water changes before fouling takes hold, which extends equipment life Turbidity is the one measurement that protects membranes, tunes chemical dosing, and documents compliance at the same time Facilities…

Introduction Water reuse treatment systems rely heavily on membrane technologies—microfiltration, ultrafiltration, nanofiltration, and reverse osmosis—to produce high-quality water from wastewater sources. However, suspended solids represent the primary threat to membrane performance, causing fouling that reduces productivity, increases energy consumption, and shortens membrane life. Online suspended solids sensors provide the continuous monitoring data necessary to protect…

Introduction Desalination plants — whether membrane-based reverse osmosis or thermal — require feed water that meets defined limits for hardness, scaling ions, and suspended solids. Ion exchange softening remains one of the most widely used pretreatment steps for brackish groundwater, and it is the step where valve selection most directly determines regeneration efficiency, reliability, and…