The following is an excerpt from “CPVC Use in Wastewater Treatment Plants.” Download the full ebook to learn more about where CPVC can be installed in wastewater treatment plants, which chemicals...

Power generation plants of all types – from gas turbine combined cycle to combined heat and power – move large quantities of water, caustics and corrosives. Corzan^® CPVC (chlorinated polyvinyl...

In power plant operations, process chemicals can degrade and reduce the service life of many metal piping systems, potentially causing expensive unscheduled maintenance, disruptive outages in...

In mineral processing, it’s common for solids to exist in a piping system fluid stream. However, when rocks, sand, minerals or other inorganic compounds in a slurry rub up against the inside of a...

Industrial-grade chlor-alkali production has been underway for more than 120 years, and in many ways, the principles by which these plants operate have not changed significantly. What has changed...

“Glue” and “solvent cement” are two words often used interchangeably in reference to plastic piping installation. On a basic level, both accomplish the immediate goal of joining. However, the...

ASTM F441 is the Standard Specification for CPVC Plastic Pipe, Schedules 40 and 80. Per the standard’s requirements and test methods, CPVC is assessed for “materials, workmanship, dimensions,...

We often receive questions from industrial engineers about CPVC products—including, what goes into creating CPVC, why is it better than other materials, and ultimately, where can CPVC products be...

The results of friction loss in industrial piping systems can decrease operational efficiency and productivity – and eventually result in downtime and costly repairs. Friction loss affects flow rate...