Our Expertise

We conduct detailed energy and exergy (second-law) analysis across a wide range of thermal and combustion systems, identifying not just how much energy is lost, but where and why — through irreversibilities in heat transfer, mixing, and chemical reaction.

We develop and validate chemical kinetic mechanisms across a broad range of fuel types — including advanced sustainable fuels, zero-carbon gaseous fuels, and solid propellants — to accurately capture ignition, combustion, and emissions behaviour under high pressure and temperature environments of various transportation sectors.

We develop in-house numerical models ranging from 0D thermodynamic models to 3D CFD (RANS and LES) for sprays, combustion and emission analysis of renewable and alternative fuels — including hydrogen, ammonia, and methanol — across both transportation and power generation applications.