Category: corrosion-models
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More ↗: More Refining Corrosion Models & Tools Added – Register NowMore Refining Corrosion Models & Tools Added – Register Now
We’ve expanded our corrosion tools collection with additional practical refining corrosion models designed to support common and critical refinery challenges – including Crude Corrosivity, Amine…
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More ↗: Another Milestone Achieved: Crude-Corrology® Model Is Now Available – Register TodayAnother Milestone Achieved: Crude-Corrology® Model Is Now Available – Register Today
Naphthenic acid corrosion and high temperature sulfidation are the main corrosion drivers in the hot sections of crude distillation unit. Sometimes described by the term…
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More ↗: Access the Amine-Corrology® Model – Register NowAccess the Amine-Corrology® Model – Register Now
Amine-Corrology® gives operators and engineers a reliable way to assess corrosion risks in gas treating operations. This enhanced model combines flow dynamics with other key…
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More ↗: Still Accelerating: Amine-Corrology® Model – Now Live 🚀Still Accelerating: Amine-Corrology® Model – Now Live 🚀
Two years on, we’re still building momentum. We’ve just launched Amine-Corrology®, an upgraded amine corrosion model now fully integrated with our advanced flow modelling tool.…
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More ↗: 🔧 High-Temperature Hydrogen Attack (HTHA) Assessment Tool🔧 High-Temperature Hydrogen Attack (HTHA) Assessment Tool
High-Temperature Hydrogen Attack (HTHA) is a critical damage mechanism that affects the integrity of carbon and low-alloy steels exposed to high temperatures and elevated hydrogen…
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More ↗: 🔧 Ammonium Chloride Salt Formation (Sublimation) Temperature Calculation Tool🔧 Ammonium Chloride Salt Formation (Sublimation) Temperature Calculation Tool
Overhead corrosion remains one of the most persistent challenges in crude distillation — often driven by hydrogen chloride (HCl) formation and the resulting ammonium chloride (NH₄Cl) or…
