With the resulting set of energies, we conducted a microkinetic simulation, which, revealing minimal imine formation, suggests the 13.38 kJ/mol correction transcends mere inaccuracies in electronic energy level cavity treatments. With the resulting set of energies we proceeded to run the microkinetic simulation. In our previous work we observed that upon the addition of other corrections, quasi-harmonic corrections, the concentration profile became completely incompatible with the experimental one, even when we followed the same approach and added a constant bias to the energy of each calculation. We decided to also apply it for the DRACO-corrected energies, the total concentration of imine is shown in Figure . To our surprise, compared with our previous results, upon a correction of 17.56 kJ/mol the concentration profile showed an acceptable correlation with the experimental data. This may indicate that at least for this specific example, the correction introduced with DRACO is proportional to the molecularity of the species. Thus, it introduces a shift to the energies of each computed species that for our example is a negative value which leads to a higher correction.