rok 2006 - Fakulta chemickej a potravinárskej technológie ...

Processes of Organic
Technology
(2-1 h) Králik
1. semester (MSc) Laboratory Practise I (0-8 h) Cvengrošová, Gašparovičová, Hronec, Horváth,
Kaszonyi, Mravec, Štolcová
2. semester (MSc) Kinetics and Reactors (0-2 h) Kaszonyi
2. semester (MSc)
Process Design (2-1 h) Hronec, Králik
Technology of Monomers
and Polymers
(2-0 h) Štolcová
Special Organic Products (2-0 h) Mravec
Analysis of Complex
Organic Systems
(0-2 h) Štolcová, Cvengrošová
Laboratory Practise II (0-7 h)
Cvengrošová, Horváth, Hronec, Kaszonyi,
Gašparovičová, Mravec, Štolcová
3. semester (MSc) Coating Materials (2-0 h) Kramár
Manufacturing of
Pharmaceuticals
(2-1 h) Mravec
Laboratory Practise III (0-14 h)
Cvengrošová, Horváth, Hronec, Kaszonyi,
Gašparovičová, Mravec, Štolcová
Environmental
Technologies
(2-0 h) Mravec
4. semester (MSc)
1. -2. semester
(PhD)
Seminar to Masters
Theses
Sophisticated Materials (2 h) Hronec
Kinetics and Modeling (2 h) Kaszonyi
IV. CURRENT RESEARCH PROJECTS
(0-3 h) Cvengrošová, Hronec, Kaszonyi, Štolcová
VEGA project No.1/2459/05 Catalysts for speciality chemicals (M. Hronec)
The scientific objective of the project is to use a series of well characterized catalysts in the synthesis of nitrogen
and oxygen containing compounds in order to establish quantitative relationships between the catalytic properties
(activity, selectivity, deactivation) and chemical properties of the catalysts. Catalytic reactions are focused on the
preparation of industrially very important nitrogen and oxygen containing compounds or their precursors using
oxidation, hydrogenation, and condensation processes. Gas-phase hydroxylation and oxidative amination of
benzene, liquid phase hydrogenation of aromatic nitro compounds, partial oxidation of methane to formaldehyde,
selective oxidation of cyclohexylamine to cyclohexanone oxime, oxidation of propylene to propylene oxide and
head-tail oxidative condensation of aniline are the main reactions. The benefits expected are mainly clean
processes for the synthesis of these chemicals or new catalysts.
Project duration: from January 2006 to December 2008
VEGA project No. 1/3587/06I ntermediates for fine chemicals (D. Mravec)
The main objective of the project is utilisation of enviro-catalysts (ion-exchange resins and zeolites) for
development of important organic chemicals: Glycerol ethers as perspective oxygenate additives to
fuels (utilisation of bioglycerol from FAME production), shape-selective alkylation of toluene with
isobutylene over zeolite catalysts with the aim of 4-tert-butyl toluene (intermediate) preparation. Shape
selective alkylation of aromatic amines over zeolite catalysts. The benefits are enviromentaly-friendly
ways for preparation of organic intermediates and products.
APVV project No. 20-036805 Chemical and biochemical transformations of glycerol from
renewable sources to fine chemicals and fuel components without sulfur (A. Kaszonyi)
Research and development of new catalytic and biochemical methods of production of chemical
specialties and fuel components without sulfur, which enhance the appreciation of glycerol from
renewable bio-sustainable sources. Mainly catalytic and biochemical transformation of glycerol to
commercially prospective products and development of refining technology of raw glycerol. The goal of
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