Across many water quality measurements — from free chlorine residual to disinfection byproducts — pH is an underlying factor affecting many water treatments and compliance testing results. Explore some guidelines for maintaining accurate pH readings to ensure cost-effective treatment and final water quality despite changes in source water composition, treatment protocols, or other factors.
Deionized (DI) water has become an essential ingredient in hundreds of applications, from pharmaceutical to food processing. It is critical to know the precise quality of deionization. Discover why portable instruments are typically used to measure DI water quality at points of use, pinpoint problems in a DI system, confirm monitor readings, and test the feed water to the system.
With pH readings being so important across many aspects of water treatment testing, keeping pH instrumentation sensors in optimum condition to deliver reliable accuracy is essential. Learn about guidelines for everyday care, regular maintenance, and periodic calibration or replacement to ensure optimum performance of pH instrumentation.
When it comes to pH measurement in water and wastewater treatment, there are two focal points for the word ‘standard’ — one is a compliance-related state or federal water quality specification; the other is a specific fluid used as a calibration reference point to ensure pH instrumentation accuracy. Understand why both are important and how they affect the best pH measurement outcomes in both areas.
A manufacturer of residential HVAC systems began experiencing water spotting and increased chemical consumption in their powder coating operations as they increased production. In this case study, read how the Myron L Company 900 Series system implementation for pH, Conductivity/TDS, and Temperature Control was able to ensure quality for all five stages of the pre-treatment process.
Myron L Company’s 900 Series Multi-Parameter Monitor/Controllers combine accuracy, reliability, simplicity, and flexibility. The user-intuitive GUI (Graphical User Interface) allows easy and complete programmability of the instrument all from the LCD touch screen.
