Projects
As a doctoral researcher at Wageningen University & Research, I regularly perform first principle simulations for chemical reactions. I employ
computational approaches such as density functional theory (DFT), ab initio molecular dynamics (AIMD),
and microkinetic modelling (MKM) to investigate catalytic mechanisms and kinetics. I aim to design affordable and efficient catalysts for converting biomass to platform chemicals for biofuels, contributing to a
sustainable and circular economy. Specifically, I work on designing efficient transition metal carbide (TMC) based catalysts for biomass
conversion. First, I use static DFT to study the reaction mechanisms of fundamental processes involved in
biomass conversion, such as the hydrodeoxygenation (HDO) reaction. The energetics obtained from static
DFT calculations are then used to perform MKM. Furthermore, I use insights from DFT and MKM results to
optimize the HDO activity of these catalysts through heteroatom doping. I also conduct band analysis (density of states) to understand these processes further and identify the descriptors responsible for the activity of
these catalysts. The results of these studies have been summarized in the publication “Toward the Rational
Design of More Efficient Mo2C Catalysts for Hydrodeoxygenation–Mechanism and Descriptor Identification”. More details about my projects can be found on my LinkedIn profile.