H2 is environment friendly, most revolutionary and clean high energy content gas. In this modern age, it has become most efficient, effective and demanding fuel which is highly recommendable. We developed an innovative method for the generation of hydrogen on the basis of biological and chemical grounds. We used newly designed microbial fuel cell (MFC) consists of sludge samples, isolation of strains, DNA extraction, sequencing for finding the bacteria which could produce maximum hydrogen with compatibility of microbial fuel cell. Moreover, hydrogen gas analysis is extremely challenging now-a-days and even difficult to analyze with modern instrumental techniques GC, GC-MS and multi nano sensor. To enhance the production of hydrogen gas different modifications of electrodes were carried out relating to the efficiency of microbial fuel cell. These modifications were successfully worked out by using different types of quantum dots.

Biography:

Dr. Muhammad Perviaz is an Associate Professor of Chemistry in the Department of Basic & Applied Chemistry, Faculty of Science & Technology, at the University of Central Punjab, Lahore, Pakistan. He holds a Ph.D. in Chemistry from the H.E.J. Research Institute of Chemistry, University of Karachi, completed in 2018. He has over 12 years of international experience as a researcher, chemist, consultant, and academic. His research interests include coordination and bioinorganic chemistry, nanochemistry, quantum dots, computational chemistry, sensor applications, and energy-related materials. He has also supervised numerous research projects and has experience in teaching, scientific research, and computational chemistry.