Maria Gavrilescu

Maria Gavrilescu is Full Professor within the Department of Environmental Engineering and Management, “Cristofor Simionescu” Faculty of Chemical Engineering and Environmental Protection - Gheorghe Asachi Technical University of Iasi, Romania. Research areas: chemical/biological process applied in environmental engineering and biotechnology, environmental biotechnology (heavy metals biosorption, bioaccumulation, phytoremediation, phytomining), environmental risk, sustainable industrial production and circular (bio)economy Authorship: 50 books and chapters, 11 student books, 224 papers in WoS journals+proceedings, 110 papers in other journals included in international databases (others than WoS), 39 papers in Conference Proceedings, 58 conferences/keynotes, over 347 presentations at scientific events, 51 research reports, 12 national patents Memberships: Academy of Romanian Scientists; various Scientific Societies; European Federation of Biotechnology – Environmental Biotechnology Division Editor-in-Chief Environmental Engineering and Management Journal (JIF/2022=1.1) PhD Supervisor: Chemical Engineering, Environmental Engineering Project manager/member research grants 90: with industrial companies 21; national grants 49; international 9; original technologies 10 Over 6700 citations (WoS), Hirsch index H=40 (WoS) (Scopus: over 8100 citations, H=41; Google Academic: over 12700 citations, H=53) Prizes: Diplomas for Excellence in Research (Senate of the Technical University of Iasi); Best Paper Award, Springer; Prize awarded by The Romanian Academy. Included in the Ranking of the first 2% of the world's scientists chosen from 7 million people in 22 fields of activity (published by Stanford University) in the first quarter of the ranking (evaluated period: 1992-2022, 210 papers, Environmental Engineering) .

Publications

Mathematical Modeling of Microbial Bioremediation: A Key Step in Process Scale-Up
Mihaela Rosca, Petronela Cozma, Maria Gavrilescu. © 2024. 35 pages.
Biosorption is a method that holds great promise for environmental bioremediation. However, the process mechanism is not yet fully comprehended as it relies heavily on the...