Discover Peace of Mind in Power Generation
Iron corrosion in the steam cycle can be costly and hazardous. At Hach, we've pioneered online and lab-based iron transport monitoring solutions to keep your operation running smoothly.
Explore the Essentials:
Below, our 4-part video series simplifies the process, while custom training is available for those seeking extra guidance.
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Iron corrosion leads to thinning of steel piping and equipment used in the power plant steam cycle. This unbound iron can deposit on surfaces throughout other points of the plant and lead to further corrosion, thinning and equipment failure. This leads to safety, cost and productivity concerns throughout the plant. It is essential that power generators have a reliable corrosion monitoring method that provides accurate and timely analysis to make informed decisions about the treatment and disposition of process streams. Learn more about the benefits of iron monitoring at power-eng.com.
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The process waters used in power generation are very pure, so it can be assumed that almost all particles present are due to corrosion. Iron transport as iron oxides has been successfully monitored in real time by a surrogate technique using particle monitoring and turbidimetry instruments such, as Hach’s TU5400™ turbidimeter.
When used in tandem with the DR3900™ spectrophotometer’s colorimetric total iron lab procedure, a correlation between iron and the online turbidity measurements can be made. This surrogate method allows the operator to be alerted to spikes in iron concentration and make informed decisions in real-time.
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Hach's Film Forming Amines kit allows you to test ODA, OLA and OLDA based film forming amines products using Hach's DR3900™ and DR6000™ spectrophotometers. Film Forming Amines are expensive and overdosing can lead to more than just higher costs. Overdosing can lead to the difficulty of "gunk balls" in your system. Under dosing can lead to corrosion of your systems. Test for Film Forming Amines at lower concentrations with greater accuracy to ensure your steam cycle systems are adequately protected, costs are kept in check and overdosing risks are mitigated.
