Correction: Maxwell-Stefan diffusion coefficient estimation for ternary systems: an ideal ternary alcohol system.

Area of Science:

• Physical Chemistry
• Chemical Engineering
• Thermodynamics

Background:

• Maxwell-Stefan diffusion is crucial for understanding multi-component mass transfer.
• Accurate estimation of diffusion coefficients is essential for process design and optimization.
• Previous work on ternary alcohol systems required clarification.

Purpose of the Study:

• To provide a correction to the previously published article.
• To ensure the accuracy of Maxwell-Stefan diffusion coefficient estimations.
• To refine the understanding of transport phenomena in ideal ternary alcohol systems.

Main Methods:

• Re-evaluation of experimental data.
• Application of refined theoretical models.
• Comparison with corrected simulation results.

Main Results:

• Identified and corrected errors in the original diffusion coefficient calculations.
• Presented revised Maxwell-Stefan diffusion coefficients for the ternary alcohol system.
• Validated the corrected values against established thermodynamic principles.

Conclusions:

• The correction ensures the reliability of diffusion coefficient data for ternary alcohol systems.
• Accurate transport properties are vital for chemical process simulation and scale-up.
• This work enhances the predictive capability of models for complex mixtures.