Massimo Urciuolo
Researcher
massimo.urciuolo(at)stems.cnr.it
+39 0817682248
P.le Tecchio 80 - 80125 - Naples - (NA)
- Research Activities
- Biographical Notes
- Laboratories/Service
Advanced pyrolytic processes (non-catalytic and catalytic, step / fractional, co-pyrolysis) with an experimental approach
Processes and technologies of gasification and co-gasification of fossil fuels, biomass and waste
Biomass and waste combustion processes
Recovery and use of metals present in the sludge for the preparation of catalysts in a circular economy approach
Development of innovative solutions for distributed cogeneration from renewable sources
Processes of formation and evolution of solid particles during the heat treatment of carbonaceous solids in fluidized bed reaction systems
Dr. Massimo Urciuolo is a researcher at the Institute of Sciences and Technologies for Sustainable Energy and Mobility (STEMS) of the National Council for Research (CNR) from 2010. In 2005 he is awarded his PhD in Chemical Engineering at the University of Naples Federico II. Dr. Massimo Urciuolo's current research activities, both modeling and experimental, are mainly related to the fields of combustion, gasification and pyrolysis, environmental engineering and fluidized bed technology by a significant experience in managing both lab-scale and pilot-scale experimental facilities. In particular, fluidized bed reactors for energy and material production from fossil and alternative solid fuels; fate of solid particulates generated by combustion of carbonaceous solids; combustion/gasification/pyrolysis of: biomass, waste and civil and industrial sludge; innovative solutions for the distributed cogeneration from renewable sources.
- Active Projects
- Closed Projects
Fenics Fanghi, Energia e scarti iNdustriali per economia Circolare e Sostenibilità
Potters POrtable Thermal Treatment for Effective and Regenerative Sludge management
PON PRO-ICOS_MED Potenziamento della Rete di Osservazione ICOS-Italia nel Mediterraneo
Biofeedstok Sviluppo di Piattaforme Tecnologiche Integrate per la Valorizzazione di Biomasse
Biovalue Realizzazione di una piattaforma tecnologica per lo sviluppo di sistemi ibridi di generazione e cogenerazione basati sullo sfruttamento di fonti energetiche
Megaris Micro Electric Generator from Alternative Renewable energy Innovative Stirling engine