Monitoring and controlling highly corrosive contaminants in power water cycle chemistry can significantly impact efficiency, meeting turbine warranty requirements, and more importantly, plant safety. Furthermore, regeneration costs for acid, caustic, rinse water, and labor are considerable. A unique, deionization capacity monitoring algorithm from METTLER TOLEDO monitors the exchange capacity of DI systems and accurately predicts […]

Chloride and sulfate are highly corrosive ions when present in the water/steam cycle of a power plant. They can damage critical components such as turbines, boilers and steam generator tubes, which can lead to unplanned shutdowns and reduced power generation efficiency. METTLER TOLEDO Thorntonʼs 3000CS Chloride/Sulfate Analyzer is an accurate and reliable, online analyzer for […]

Total Organic Carbon (TOC) is one of the most commonly overlooked contaminants in today’s power generation and industrial cogeneration. Controlling organics is important and is especially critical in cogeneration power/steam cycles, where the purified condensate water returning from production processes is subject to organic contamination. Organics present in power plant waters have a number of […]