Liquid-phase effects are accounted for as follows. The gas-phase thermochemistry is converted to the liquid-phase thermochemistry by applying the solvation energy corrections estimated using the method of Chung et al. These corrections affect the reverse direction rates, which are calculated using the forward direction rates along with equilibrium constants computed from the solvation-corrected reaction Gibbs free energies. The solvation kinetic effects can also be important for the forward direction but are not considered in this work due to the lack of an accurate and robust estimator for solvation correction in reaction barrier heights. Diffusion-limited rates are applied based on the works of Rice et al. and Flegg et al.