PRIMERANO Patrizia

. Born at Cinquefrondi (RC), 1956.
• Degree in Chemistry cum laude, University of Messina (Italy), 1979.
• Fellowship from the University of Messina, Faculty of Science MM.FF.NN (Institute of Industrial Chemistry), from 1980 to 1983.
• Researcher SECS-P/13 (ex C01B “Merceologia”), University of Messina, from 1983 to 2001.
• Associate Professor SECS-P/13, Faculty of Science MM.FF.NN. (Department of Industrial Chemistry and Materials Engineering), University of Messina (Italy), from 2001 to 2010.
. Full Professor SECS-P/13, Department of Electronic Engineering, Chemistry and Industrial Chemistry, University of Messina, from 2010.
• Member of"Technology and Economy of Processes and the Products for the Environmental Safeguard", Ph.D programme, University of Messina, until 2010.
. Member of "Engineering and Materials Chemistry", Ph.D programme, University of Messina, from 2012 to 2017.
• She is member of the “Accademia Italiana di Scienze Merceologiche” and “Società Chimica Italiana” (Division of Environmental and Cultural Heritage Chemistry).
• Teaching experience: a) Management of Industrial Processes, Degree in Industrial Engineering; b) Management of the Chemical Industry, Magistral Degree in Chemistry; c) Technology and Innovation, Degree in Informatic.
. Scientific coordinator of research programs of the University of Messina.
. Scientific Coordinator of University of Messina, Project “Integrated agro-industrial chains with high energy efficiency for the development of eco-compatible processes of energy and biochemicals production from renewable sources and for the land valorization”, PON Campania 2007-2013, OR4s.
. Participant to following Projects:
- PNRR SAMOTHRACE: SiciliAn MicronanOTecH Research And Innovation Center.
- PRIN 2017: Promoting agri-food sustainability: development of an italian life cycle inventory database of agri-food products .
- PRIN 2009: Analisi sperimentale ed energetico/strategica dell’utilizzo di syngas da carbone e biomassa per alimentazione di celle SOFC integrate con processo di separazione della CO2.
- THALASSA (Technology and materials for safe low consumption and low life cycle cost vessels and craft)
- NO FIRE NAVE (Nuova formulazione di rivestimenti antifiamma per il settore navale)
- SIMARE (Soluzioni innovative per mezzi navali ad alto risparmio energetico)
- MAC4PRO (Manutenzione intelligente (smart maintenance) di impianti industriali e opere civili mediante tecnologie di monitoraggio 4.0 e approcci prognostici)
- SMARTBENCH (Sviluppo di una Smart Platform (SmartBench) per la sicurezza integrata degli stabilimenti industriali ad Alta Affidabilità)
- DYN-RISK (Analisi di rischio dinamiche integrate con dati provenienti da tecnologie abilitanti per la gestione di eventi critici derivanti da fattori emergenti)
- DRIVERS (Approccio combinato data-driven ed experience –
driven all’analisi del rischio sistemico
• Research interests:
a) Recovery of vanadium (and nickel) from the ash produced by oil-fired power stations and tar gasification residues; b) Industrial treatment for the conversion of municipal (glass) and industrial (coal ash, pumice mines) wastes into zeolites; c) Environmental pollution, damage to monuments and health caused by the acidity of oil fly ash emissions into the atmosphere; d) Valorisation of civil and industrial wastes and/or synthesis materials for application in environmental field; e) Application of LCA for recycling processes of waste and manufacturing processes in the agro-industrial sector.