Biography
As a research scientist at KAUST, I leverage my expertise in chemical engineering to develop innovative solutions for water treatment and leverage my knowledge in using cavitation for industrial processes. I have successfully led a team to apply cavitation to intensify water treatment, resulting in significant cost savings and time reduction. I have also contributed to the development of vortex-diode based hydrodynamic cavitation devices for effluent treatment. My goal is to continue advancing the field of chemical engineering and applying my knowledge to real-world problems.
Research Interests
Having worked on different cavitation reactor types - acoustic and hydrodynamic, I have learnt their relative advantages and disadvantages. Interested in leveraging them for industrial applications and seeing them applied on the field, specifically for water treatment.
Research Interests Keywords
Water Treatment
Hydrodynamic Cativation
Process Intensification
