Research Interests

My research sits at the intersection of porous media transport, adsorption

science, and computational fluid dynamics. I'm particularly interested in:

— Pore-scale and continuum transport in porous media

— Adsorption kinetics of advanced sorbents, including metal-organic frameworks (MOFs)

— The Lattice Boltzmann Method for coupled and reactive transport problems

— Coupled heat and mass transfer

— Turbulence modelling (LES/RANS) and numerical methods for CFD

— Applications in atmospheric water harvesting, desiccant systems, and water treatment

Below is a summary of my current and past research projects. Each links to a dedicated page with methodology, results, and figures.

→ Pore-Scale LBM Simulation of MOF-801 (ongoing M.Sc. thesis)

→ Atmospheric Water Harvesting — Desiccant Wheel Simulation

→ LES of a Turbulent Jet in Crossflow

→ SGS Turbulence Model Comparison (Stochastic Burgers Equation)