Partner Content

The necessity of flow originated with our customers. After working with lead gen marketers on one-off campaigns, it became clear that their sales teams needed nurtured leads, the kind that engaged at multiple touchpoints with the brand and were ready to learn about solutions. Each flow campaign looks a little different, but at it’s core, […]

Elevated temperatures take a big toll on gas turbine components risking cracks, corrosion, wall thickness, and material condition. Repair enhancements can extend a part’s life by slowing its degradation and pushing out its usable service life. Operators can see significant savings by opting for lower-cost repaired spares instead of new parts as demonstrated in the following case studies.

The countdown was set for T-19 days to complete a 7FA gas turbine hot gas path inspection together with a 7FH2 generator inspection and repairs providing all services, labor, and parts. While the average time for such project can be much higher, the Mechanical Dynamics & Analysis (MD&A) team of experts was able to perform a carefully

As fossil plants look for new methods of minimizing corrosion, on-line analyzers are gaining importance. An analyzer for chloride and sulfate allows rapid response to rising levels of these corrosive ions. Learn more

Conductivity sensors can do more than just measure conductivity. Calculated values using conductivity data can provide valuable cycle chemistry information, confirm on-line sensor values, save time, and reduce costs. Learn more.

Oxidation reduction potential (ORP) measurement continues to be an essential tool in power plant water chemistry to monitor chemical dosing and impurities which can initiate corrosion. Advances in sensor technology make ORP measurement easier than ever before. Read the article.

The most common causes of corrosion are low pH, the presence of dissolved gas (oxygen), under deposit attack, and areas weakened by mechanical stress which ultimately leads to fatigue cracking. Check out how to prevent it!

Learn about a proactive approach for predicting when resin exhaustion will occur that offers significant benefits over the traditional elapsed time and totalized flow methods.

Organic contamination in cogeneration water cycles is capable of causing process disruptions and catastrophic damage to expensive capital equipment. Key to confirming and troubleshooting organics removal is reliable on-line total organic carbon (TOC) measurement. Check out what If organics are in your cogen process water?

Continuous silica measurement is the best means to protect against contamination from spent anion resin and from steam carryover. Check out how to minimize risks of corrosion with accurate silica monitoring.