Letno poročilo 2005
Letno poročilo 2005
Letno poročilo 2005
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heterogeno kataliziranih reakcij z in-situ FTIR/<br />
ATR metodo<br />
- {tudiju kinetike in mehanizmov kataliziranih<br />
reakcij v procesih proizvodnje in ~i{~enja<br />
vodika ter na~rtovanju kompaktnega procesorja<br />
za proizvodnjo vodika iz primarnih goriv<br />
(fosilnih in obnovljivih) za PEM gorivne celice<br />
- sintezi ter strukturni in elektrokemi~ni<br />
karakterizaciji novih anodnih katalizatorjev,<br />
odpornih na CO, za uporabo v PEM gorivnih<br />
celicah<br />
- sintezi ter strukturni elektrokemi~ni karakterizaciji<br />
nanokompozitnih protonsko prevodnih<br />
polimernih membran za PEM gorivne<br />
celice.<br />
BIBLIOGRAFIJA<br />
8 izvirnih znanstvenih ~lankov<br />
1 strokovni ~lanek<br />
1 samostojni znanstveni sestavek v<br />
monografiji<br />
2 objavljena znanstvena prispevka na<br />
konferencah<br />
10 objavljenih povzetkov znanstvenih<br />
prispevkov na konferencah<br />
1 patent<br />
2 kon~ni poro~ili o rezultatih raziskav<br />
1 elaborat, pred{tudija, {tudija<br />
1 magisterij<br />
1 doktorat<br />
2 uredni{tvi revij<br />
DOSE@KI V LETU <strong>2005</strong><br />
- Na primeru modelne reakcije (oksidacije<br />
mravlji~ne kisline na Pt katalizatorju) smo<br />
dolo~ili lokacijo reakcijske cone v trifaznem<br />
membranskem katalitskem reaktorju na<br />
podlagi primerjave masnih tokov ogljikovega<br />
dioksida v reakcijskih in nereakcijskih pogojih<br />
- Razvili smo matemati~ni model za napoved<br />
koncentracijskih profilov reaktantov in<br />
debelino reakcijske cone v katalitskem<br />
membranskem reaktorju<br />
- Modificirali smo procesno shemo integralnega<br />
procesa za odstranjevanje prese`nih<br />
Laboratorij za katalizo in reakcijsko in`enirstvo<br />
Laboratory for Catalysis and Chemical Reaction Engineering<br />
integrated process of underground drinking<br />
water denitrification<br />
- kinetic and mechanistic studies of heterogeneously<br />
catalyzed reactions with in situ FTIR/<br />
ATR method<br />
- study of kinetics and mechanisms of catalyzed<br />
reactions in the hydrogen production and<br />
cleaning processes from primary fuel sources<br />
(fossil and renewable) for PEM fuel cells<br />
- synthesis, structural and electrochemical characterization<br />
of new CO-tolerant anode catalysts<br />
for PEM fuel cells<br />
- synthesis, structural and electrochemical characterization<br />
of proton conducting nanocomposite<br />
polymer membrane for PEM fuel<br />
cells.<br />
BIBLIOGRAPHY<br />
8 Original Scientific Articles<br />
1 Professional Article<br />
1 Independent Scientific Component Part<br />
in a Monograph<br />
2 Published Scientific Conference Contributions<br />
10 Published Scientific Conference Contribution<br />
Abstracts<br />
1 Patent<br />
2 Final Research Reports<br />
1 Treatise, Preliminary Study, Study<br />
1 Master’s Thesis<br />
1 Doctoral Dissertation<br />
2 Journal Editorships<br />
RESULTS IN <strong>2005</strong><br />
- Location of the reaction zone in the threephase<br />
catalytic membrane reactor was determined<br />
on the basis of carbon dioxide fluxes<br />
measured under reaction and non-reaction<br />
conditions, when catalytic oxidation of formic<br />
acid was employed as a model reaction<br />
- A comprehensive mathematical model for the<br />
prediction of both concentration profiles of<br />
reactants and the thickness of reaction zone<br />
in the catalytic membrane reactor was developed<br />
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