-pollution,due to solid, liquid and gas wastes.
-protection and minimization of effects of oil spills
-thermodynamic phase equilibria and metallic salts elicitation .
The core of my specialization is" the reaction engineering and catalyst deactivation of heterogeneous catalyzed chemical processes accompanying heavy petroleum fractions hydrotreatment". Through my 22 years of experience , I had the opportunity to teach most of the chemical engineering courses, varying from general engineering courses as engineering drawing, electronic properties of materials& metallurgy and alloys to core engineering courses as reaction engineering , chemical engineering thermodynamics , instrumentation , process dynamics and control, transport phenomena and Unit operations of chemical engineering. Also I had the opportunity to teach post graduate studies courses as Oils ,Fats &Waxes ,Cosmetics and Dyes and Dyestuff Technology . I had also the opportunity to follow up and supervise a variety of B.Ch.E., graduation projects covering all the sections of chemical engineering .
EDUCATION Ph.D (by Research) : National Technical University of Athens, Athens .Greece,1986 MAJOR : Chemical Engineering SPECIALTY : Kinetics and Catalysis and design of chemical processes. THESIS TITLE : An Investigation of Catalysts Deactivation During The Catalytic Hydrotreatment Of Greek Oil Atmospheric Residue. HIGHER DIPLOMA : National Technical University of Athens Greece 1981 ( March 1977- November 1981) MAJOR : Chemical Engineering SPECIALTY : Hydrocracking Catalysts THESIS TITLE : Research On The Micropore Structure Of The Molecular Sieves And Their Deactivation During The Hydrocracking Of Heavy Gas Oil .