Mes compétences :
Machines tournantes
Process Engineering
Pétrochimie
Génie des Procédés
Polymères
Pétrole
Raffinage
Optimisation des process
Logistique
Thermodynamique
Entreprises
Armée Grecque
- Ingénieur chimiste
2015 - maintenantNeuf (9) mois de service militaire obligatoire comme ingénieur chimiste au Laboratoire des carburants et des lubrifiants de l'armée grecque. Contrôle de la qualité et des tests de combustibles militaires (diesel, essence et carburant aviation) et de lubrifiants. Plusieurs méthodes d'analyse, y compris la distillation, point d'éclair, etc.
En charge d'une équipe de 10 personnes.
Aker Solutions
- Ingénieur Process
Vincennes 2014 - 2014Dimensionnement d'équipements, d'instrument et des lignes, préparation DataSheets, contrôle des documents, UPSTREAM
Axens
- Ingénieur Procédés
Rueil-Malmaison2013 - 2013Process Engineering for the "Middle Distillates and Conversion" Business Line. Sizing of Equipment (Pumps, Drums, Compressors, Heat Exchangers), design of instrumentation (Control valves, valves ON/OFF), Preparation of Data Sheets, Preparation of Process Book, Development of PIDs and PFDs, simulation (PRO II).
Center of Research and Technology Hellas (Greece)
- Ingénieur Procédés
2011 - 2011"Catalyst Evaluation for Waste Cooking Oil Hydroprocessing"
Catalytic hydroprocessing is an effective technology with various applications in the petrochemical industry that is lately expanding in the area of biofuels production. The selection of a hydroprocessing catalyst is a critical step defining the hydrotreating products yields and their corresponding quality as well as the expected run-length of the process. This work involved the process of selecting a suitable hydroprocessing catalyst for the conversion of waste cooking oil into biofuels. In particular, three commercial catalysts were evaluated: a hydrotreating catalyst (A), a severe hydrocracking catalyst (C) and a mild-hydrocracking catalyst (B). The catalyst effectiveness was assessed over a temperature range suggested by the catalyst manufacturers, covering a temperature range of 330-390°C, under constant LHSV (1hr-1) and a range of pressure 8.27–13.79MPa. As the three catalysts explored have different applications, their corresponding operating ranges vary significantly. However, in this study most parameters were maintained at equal level. The hydrotreating catalyst (A) exhibited the highest conversion (~83%) as well as the highest diesel selectivity. In all cases the diesel yields were over 94%. Catalyst A showed a drastic activity on heteroatoms removal. In terms of saturation indicated by the C/H ratio, catalysts A and C appeared better than catalyst B. Therefore, catalyst A was the best catalyst for WCO hydroprocessing for biodiesel production.
Refining Processes
Monomers Manufacturing
Polymers
Thermodynamics
Process Control
Polymers Manufacturing (injection molding)
Oil & Gas Economics
Logistics
Process Optimization
Thermodynamics, Process Dynamics, Maths, Engineering, Economics, Transfer phenomena, Process Control, Process Engineering, Chemistry.
Sujet de mémoire: "Catalyst Evaluation for Waste Cooking Oil Hydroprocessing"
