Marcella Calabrese is a Ph.D. student at the “Federico II”
University of Naples, where she is working on the “development of heterogeneous
catalysts for the storage of hydrogen in the form of formiates in aqueous
solution”. She received her bachelor’s degree in Chemical Engineering from the
University of Naples “Federico II”, where she wrote her final thesis on the
technical-economic study of biogas upgrading by Pressure Swing Adsorption
(PSA). She completed an internship and wrote her Master’s thesis in
collaboration with Lucia Petti’s team at the Institute of Applied and
Intelligent Systems of Pozzuoli (NA) of the National Council Research for the
development and synthesis of azo-polymer photomobile networks for industrial
applications as part of her master’s degree program in Chemical Process
Engineering. Her qualifications and experience include an in-depth
understanding of continuous and batch chemical processes, risk assessment of
chemical plants, reactor engineering, and transport phenomena, as well as the
usage of chemical engineering software (Aspen +, Matlab, and Aloha).
Marcella Calabrese is a Ph.D. student at the “Federico II”
University of Naples, where she is working on the “development of heterogeneous
catalysts for the storage of hydrogen in the form of formiates in aqueous
solution”. She received her bachelor’s degree in Chemical Engineering from the
University of Naples “Federico II”, where she wrote her final thesis on the
technical-economic study of biogas upgrading by Pressure Swing Adsorption
(PSA). She completed an internship and wrote her Master’s thesis in
collaboration with Lucia Petti’s team at the Institute of Applied and
Intelligent Systems of Pozzuoli (NA) of the National Council Research for the
development and synthesis of azo-polymer photomobile networks for industrial
applications as part of her master’s degree program in Chemical Process
Engineering. Her qualifications and experience include an in-depth
understanding of continuous and batch chemical processes, risk assessment of
chemical plants, reactor engineering, and transport phenomena, as well as the
usage of chemical engineering software (Aspen +, Matlab, and Aloha).