04.02.25 -- How To Ensure Quality And Address Contamination Problems In Your Application

Cr(VI) is a regulated contaminant in drinking water because it can cause gastrointestinal, liver, and developmental toxicity in humans when ingested. Discover how Myron L Company helped a facility quickly address the high CR(VI) concentration in their wastewater stream in order to improve the safety of working conditions and maintain compliance.

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.

To say that the world of water quality is diverse is an understatement of some magnitude. It’s much more than simply diverse. It’s downright complex. Whether your application is pool management, pharmaceutical manufacturing, food production, brewing, desalination, agriculture, wastewater management, or any one of a vast number of other industries, the quality of the water is a make-or-break critical characteristic that determines success or failure.

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 specifications; 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.

 Most people recognize problems associated with corrosion. Effects from scale deposits, however, are equally important. For example, as little as 1/8" of scale can reduce the efficiency of a boiler by 18% or a cooling tower heat exchanger by 40%!