One of the foundational applications of CRN-KGs was indeed the automated setup of microkinetic models, processing the individual elementary steps encoded in the knowledge graphs and determining the corresponding reaction barriers and rate constants. In this context, rNets provides a solid foundation to streamline the visualization of the simplified CRN gathered from the CRN-KG and to follow up with the introduction of standards for computational chemical reaction networks. Additionally, we can consider this pipeline as a relatively straightforward connection between rNets and the increasing number of computational results available in ioChem-BD. As a test system, we have consider the halide-catalyzed regiospecific fixation of carbon dioxide in a cyclooctene-based epoxy alcohol , for which the results of microkinetic simulations were in very good agreement with experimental yields and selectivities. Despite its simplicity in species and reactions, this system offers a practical example for kinetic simulations in homogeneous catalysis and reveals unique mechanistic insights due to the cyclooctene moiety's versatility.