ABDELLAH ARRAHLI
ARRAHLI Abdellah
Euromed Polytechnic School (EPS)
a.arrahli@ueuromed.org
2013-2019: Doctorate in Materials and Process Engineering, Based on the thesis: Microkinetic study of the CO/O 2 by the AEIR method on a Pt-Sn/AL 2 O 3 .
2009-2012 : State Engineer at the National School of Applied Sciences of Agadir Major: Energy & Environmental Process Engineering.
2007-2009 : University Diploma in Technology at the Higher School of Technology of Fez Major: Process Engineering, Option: Chemical Industries
Industrial Process Engineering
Scientific Research:
March-August 2012: End-of-study internship, 5th year of engineering cycle (ENSA Agadir) within the French Petroleum Institute (IFP-Energies Nouvelles de Lyon, France), internship subject: “Study of regeneration/rejuvenation or reactivation of spent residue hydrotreatment catalysts »
June 2013-July 2015 (10 months): Scientific research internship as part of doctoral studies at IRCE Lyon (France) under the direction of Professor Daniel BIANCHI, Work carried out: Synthesis and characterization of the bimetallic catalyst Pt-St/Al2O3 , Micro-kinetic study of the CO/O2 reaction by the AEIR method (Adsorption Equilibrium Infra-Red spectroscopy) on the Pt-Sn/AL2O3 catalyst.
Part-time teaching experience
2018-2019: -Regulation of industrial processes (32 hours), Sector: Thermal and Energy Engineering, EST of Fez.
Thermal Machines (18 Hours), Sector: Process Engineering, EST of Fez.
2017-2018: Regulation of industrial processes (32 Hours), Sector: Thermal and Energy Engineering, EST of Fez.
2016-2017: Regulation of industrial processes (32 Hours), Sector: Thermal and Energy Engineering, EST of Fez.
2015-2016 : -Regulation of industrial processes (60 hours), Sector: Thermal and Energy Engineering, EST of Fez
-Chemical engineering unit operations (24 hours), Sector: Process Engineering, EST of Fez.
-Chemical Reactor (12 Hours), Sector: Process Engineering, EST of Fez.
Surface reconstruction of Pt–Sn nanoparticles supported on Al 2 O 3 in the presence of carbon monoxide, Arrahli, A. , Kherbeche, A. & Bianchi, D. Res Chem Intermed (2019) 45: 1421 .
Heats of Adsorption of Linear CO Species Adsorbed on Pt-Sn Nanoparticles Supported on Al 2 O 3 : Impact of Reconstruction and Aging processes, Abdellah Arrahli, Abdelhak Kherbeche, Salim Derrouiche1 and Daniel Bianchi, Submitted to Applied Catalysis A: General
Thermodynamic 1
Thermodynamic 2
Thermal machines 1
Thermal machines 2
At Higher School of Technology /Fez/Morocco:
Regulation of industrial processes
Thermal machines
Chemical Reactors
Unit Operations of Chemical Engineering
