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 Corrosion Modeling Software and Corrosion Prediction Software Series MSC-Compass®: Modeling and Life Prediction of Corrosion in Molten Salts for TES and MSR Applications
The Effective Software Solutions to Molten Salt Corrosion Version 12.4
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Overview and Application Examples of MSC-Compass Software for Predictive Modeling of Corrosion in Molten Salts for TES and MSR Applications |
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MSC-Compass is the only device and OS independent software tool on the market for the modeling and prediction of corrosion of
stainless steels and alloys in various molten salts used in thermal
energy storage (TES) and molten salt reactor (MSR)
applications. Designers, OEM engineers, consultants, operation personnel, maintenance and inspection engineers can quickly and accurately determine: (1) the
corrosion rate of the selected material in the specified molten salt under the prevailing operating
condition, (2) the corrosion depth at the spent operating hours, (3) the remaining
life or time-to-perforation, and the minimum wall thickness required to
meet the design life. MSC-Compass is a cloud-based software that works on any device running any OS without the need for users to install or download anything.
Figure 1 below shows the user interface of MSC-Compass. Using MSC-Compass is as easy as 1-2-3.
(1) Select the the material and the molten salt
(2) Enter the design life, wall thickness, the operating temperature,
and the spent operating life
(3) Review the prediction results
Figure 1 MSC-Compass models and predicts corrosion
of stainless steels and alloys in molten salts for TES and MSR
applications.
Under the prevailing operating conditions shown in Figure 1 above, the predicted corrosion rate
at the spent operating hours for the type 321H stainless steel is
208.192
um/y. The corrosion depth at the spent operating hours is 657.716 um, the remaining
life (time-to-perforation) is 2.757 years, the minimum wall
thickness to meet the design life of 30 years is 1.930 mm (this can be
considered as the corrosion allowance at the design stage). The
predicted corrosion depth is also plotted against the exposure time. Figure
2 shows the alloys available for the evaluation and assessment of their resistance to
corrosion in various molten salts in TES and MSR applications. The
following steels and alloys are included in the software:
1018 CS
Figure 2 MSC-Compass can be used for
materials selection for TES and MSR applications.
Figure 3 MSC-Compass is an effective software tool for materials
evaluation in various molten salts for TES and MSR applications.
Figure 3 shows the various molten salts commercially available for
thermal energy storage and molten salt reactor applications. The
following molten salts are included in the software:
Solar Salt
The materials and molten salts databases in the software are updated regularly with more alloys
and molten
salts added to the lists. If you cannot find the alloy/molten salt of your interest in the lists, do let us know through the Contact Us link and we will conduct the necessary work to add the alloy/molten
salt in the database, free of charge for licensed users of MSC-Compass.
The powerful applications of MSC-Compass are truly unlimited in engineering design, materials selection, process operation, inspection and maintenance, modeling and prediction of corrosion
in various molten salt for thermal energy storage and molten salt reactor applications.
Click here to contact us for licensing details and experience the power of MSC-Compass. |
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MSC-Compass, giving you the right directions in the Modeling and Prediction of Molten Salt Corrosion. |
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