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Autoclave charging for corrosion testing
Using electrolyte simulation prior to performing an autoclave experiment can effectively ensure that the autoclave experiment input will more precisely match the target final conditions. In this OLI Spotlight Seminar, learn how to setup the configuration of your autoclave experiment and calculate the input conditions for our autoclave that will achieve the experiment target.
Corrosion in refining overheads as a common problem caused by phase changes in neutralizing amines. Learn how OLI software can calculate safe operating temperatures, by identifying the water dew point, the amine salt point and an ionic dew point for systems involving neutralizing amines
Mitigating rich HF corrosion in alklyation An OLI JIP proposal
Ideally, the Integrity Operating Window (IOW) for an HF alkylation unit would be fine-tuned by using process simulation in order to minimize HF corrosion. Rigorous process simulation could predict the thermodynamic phase change temperature and pressure of the streams in the unit and develop safe operating conditions. Join this new OLI JIP to develop the necessary parameters to permit accurate HF alklation modeling.
Simulation can give a first level screening on alloy selection by calculating a corrosion rate of particular service in contact with a range of materials. This Spotlight Video shows how to use the OLI Studio: Corrosion Analyzer to predict general and localized corrosion in commercial alloys exposed to various produced water environments, and how you can use OLI to help select the most appropriate material for your application.
Accelerate corrosion prediction accuracy with OLI technology
OLI technology addresses corrosion caused by chemical attack. If you have a water-based system, or a gas system that has potential condensate, simulation can calculate: Corrosive environment simulation; the tendency for corrosion; a kinetic rate of uniform corrosion; a localized corrosion indicator and worst case propagation rate; and, remaining asset life given pit depth and time information.