Phd in CHEMICAL PROCESSES FOR INDUSTRY AND ENVIRONMENT

email: antonio.brasiello@uniroma1.it
phone: (+39) 06 4458 5604 int. 25604
building: RM38 Sede di San Pietro in Vincoli
room: T02

Associate Professor (GSD 09/ICHI-01 SSD ICHI-01/C Analysis, Design and Control of Chemical Processes) at DICMA, Sapienza University of Rome since 2024.
Assistant Professor (SSD ING-IND/26 Analysis, Design and Control of Chemical Processes) at DICMA, University of Rome “La Sapienza” since 2021.
Ph.D. in Chemical Engineering since 2007 (University “Federico II” of Naples).
Member of the editorial board of the international journals “International Journal of Chemical Engineering” (Wiley & Sons Ltd) and “Modelling” (MDPI) and referee of several international scientific journals.
Lecturer of the courses “Computational Methods for the Dynamics of Chemical and Biochemical Reactors” and “Chemical Reactors” - Master Degree Course in Chemical Engineering - Chemical Engineering, Sapienza University of Rome.

From 2005 to 2017, he was a lecturer in SSD ING-IND/26 at the University “Federico II” of Naples. He has also been a lecturer in National Doctoral Schools and the supervisor of several theses.
From 2007 to 2021 he held research grants at the University of Naples “Federico II”, the University of Salerno, and the Sapienza University of Rome.

In 2007, he was the keynote speaker at the conference “Mandelbrot and Fractal Geometry Forty Years Later,” at the University of Messina, with a talk on the role of fractal geometry in chemical reactors.
From 2021, He is a member of the inter-university "High Tech Recycling" Center.

The research activity, falling under the broad topic of nonlinear dynamics of complex systems in Chemical Engineering, concerns:
I. The molecular and coarse-grained dynamics for the study of phase transitions;
II. The multiscale dynamics for the study of rheological properties of polymeric spindles;
III. The development and analysis of stochastic models for the description of non-Fickian transport;
IV. The development and analysis of mathematical models for the drying of food matrices with volume variation;
V. The bifurcation and complex dynamics analyses of chemical reactors (induced by control systems).