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CATEGORY

Category: Failure Mechanisms

Prepare Yourself: Some Equipment Can’t Be Saved (Part 2)! #MetalMarketUpdate – December 2020

Posted on December 15, 2020
Last month, we talked about how some equipment just can’t be revived. Recently, Ward was asked to help a good customer with a leaking half pipe on a pressure vessel…
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Failure Mechanisms

Prepare Yourself: Some Equipment Can’t Be Saved!

Posted on November 5, 2020
Recently, a customer sent in two heat exchangers for what they hoped was a partial re-tube. The process had seen small amounts of shell-side water, so they knew there was…
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Failure Mechanisms

Top Seven Shell and Tube Heat Exchanger Failure Mechanisms (#7 – Poor Design)

Posted on October 6, 2020
#7 – Poor Design “Poor Design” could mean a lot of things in the world of heat exchangers. It’s critical to understand all the things that factor into the design…
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Failure Mechanisms

Top Seven Shell and Tube Heat Exchanger Failure Mechanisms (#6 – Tubesheet Erosion)

Posted on September 6, 2020
#6 – Tubesheet Erosion… “Wear and Tear” may not spring to mind when you think of static pressure equipment such as heat exchangers, but we promise you it’s a fact…
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Failure Mechanisms
heat exchanger repair

Top Seven Shell and Tube Heat Exchanger Failure Mechanisms (#5 – Gasket Surface Damage)

Posted on August 14, 2020
#5 – Gasket Surface Damage… If your facility utilizes shell and tube heat exchangers, chances are you’ve experienced damaged gasket surfaces that create leak paths for your process. Scheduled maintenance…
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Failure Mechanisms

Top Seven Shell and Tube Heat Exchanger Failure Mechanisms (#4 – Tube to Tube Sheet Joint Failure)

Posted on July 11, 2020
#4 – Tube to Tube Sheet Joint Failure… Typically, the tube to tube sheet joint is one of the most critical aspects of heat exchanger design, right up there with…
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Failure Mechanisms
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