Drawing upon previous investigations, the technique of kinetic sensitivity screening has been established to identify the reactions that govern the abrupt drops in conversions observed in the heat map, i.e. the cli↵ edges of the volcano. In addition, we perform the analysis of thermodynamic sensitivity to identify the species accountable for the heat map pattern. It is anticipated that the BMAs will induce alterations in the results of thermodynamic sensitivity, as the intervention of BMAs, subsequent to species enthalpy modification through LSR, can potentially lead to shifts in reaction pathways. Therefore, the kinetic and thermodynamic sensitivity results for the CMPO and CMPO-BMA models are analyzed to explore the e↵ect of BMA on the sensitivity screening results.