Conducting a technical feasibility analysis centered on implementing a solar-powered absorption refrigeration system tailored for the manufacturing laboratory within the University's School of Engineering. (In process)

Performing advanced exergy analysis of sCO2 cycles aimed at enhancing engineers' capacity to refine system design and performance through the isolation and understanding of exergy destruction. (Ongoing)

Refinement design and characterisation of the optics of a low-scale high radiative flux solar furnace through ray-tracing and étendue. (Ongoing)

Develop a high-performance, cost-effective compact Linear Fresnel Reflector (CLFR) system for Solar Heat for Industrial Processes (SHIP) applications. This system will deliver reliable and efficient thermal energy within a target temperature range of 120-300°C while minimizing environmental impact and maximizing economic viability.