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Cícero Naves Of Ávila Neto

Professor
Chemical Engineering
Federal University of Uberlandia(UFU)
Brazil

Biography

Cícero Naves of Ávila Neto holds a bachelor's degree in Chemical Engineering from UFU (2007), with complementary training at Génie des Procédés by the Institut National des Sciences Appliquées (INSA) in Rouen (France), a Master's degree in Chemical Engineering from UFU (2009) in Chemical Engineering, Federal University of São Carlos (UFSCAR) (2012). He is Adjunct Professor III of the Faculty of Chemical Engineering and adviser of the Post-Graduation Program in Chemical Engineering of UFU. He has experience in Chemical Engineering, with emphasis on Chemical Reactors and Fertilizers, working mainly in the following subjects: heterogeneous catalysis, mineral solubilization, chemical thermodynamics and X-ray absorption spectroscopy. He is a manager of the Center for Research and Innovation in Fertilizers and Food (CPIFert) of UFU. It has an ongoing project funded by CNPq (Universal Call - MCTI / CNPq No. 14/2013) on the topic of heterogeneous catalysis and is a reviewer of several periodicals indexed by CAPES. He published 10 articles in specialized journals, 11 complete articles in annals of the event with a body of reviewers and guided 6 students in scientific initiation.

Research Interest

Heterogeneous catalysis, mineral solubilization, chemical thermodynamics and X-ray absorption hspectroscopy.

Publications

  • Resende, KA ; Avila-Neto, CN ; Rabelo-Neto, RC ; Noronha, FB ; Hori, CE . Thermodynamic analysis and reaction routes of steam reforming of bio-oil aqueous fraction. Renewable Energy , v. 80, p. 166-176, 2015.

  • ANDRADE, RL; HORI, CE ; SATO, AG ; OLIVEIRA, KD ; Avila-Neto, CN. Thermodynamic assessment of ethyl acetate production via ethanol dehydrogenation. Biomass Conversion and Biorefinery, v. 1, p. 1-9, 2016.

  • Dantas, SC ; Resende, KA ; Avila-Neto, CN ; Noronha, FB ; Well, JMC ; Hori, CE . Nickel supported catalysts for hydrogen production by reforming of ethanol as addressed by in situ temperature and spatial resolution XANES analysis. International Journal of Hydrogen Energy , v. 41, p. 3399-3413, 2016.

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