Letno poročilo 2005
Letno poročilo 2005
Letno poročilo 2005
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Laboratorij za katalizo in reakcijsko in`enirstvo<br />
Laboratory for Catalysis and Chemical Reaction Engineering<br />
mno`in nitratnega iona iz pitne vode, s ~imer<br />
je drasti~no zmanj{ana produkcija amonijevega<br />
iona kot stranskega produkta<br />
reakcije<br />
- Dolo~ili smo kinetiko reakcije vodnega plina<br />
(water gas shift reaction, WGSR) na nanostrukturnem<br />
Cu x Ce 1-x O 2-y katalizatorju v<br />
stacionarnih pogojih in dokazali, da je proces<br />
limitiran z reakcijo oksidacije CO na medfazni<br />
meji katalizatorja in na reoksidaciji te<br />
medfazne meje s kisikom iz vode<br />
- V sodelovanju z L07 smo dolo~ali elektrokemijske<br />
in mehanske lastnosti ter obstojnost<br />
nove protonsko prevodne polimerne membrane<br />
za visokotemperaturne PEM gorivne<br />
celice, ki smo jo razvili in patentirali za<br />
Renault, Francija<br />
- V sodelovanju z L02 smo dolo~ali elektrokemijske<br />
in mehanske lastnosti ter obstojnost<br />
nove protonsko prevodne polimerne membrane<br />
za PEM gorivne celice, ki smo jo razvili<br />
v projektu APOLLON (5. OP EU)<br />
SLIKA:<br />
Avtomatizirani sistem za karakterizacijo heterogenih<br />
katalizatorjev (Micromeritics, model Autochem II<br />
2920), povezan z masnim spektrometrom (Pfeiffer<br />
Vacuum, model Thermostar) kot sekundarnim<br />
detektorjem.<br />
154<br />
- A modified process scheme of the integrated<br />
ion-exchange/catalytic denitrification process<br />
for the removal of excessive quantities of nitrates<br />
from drinking water was proposed,<br />
which drastically reduces the production of<br />
ammonium ions as a by-product<br />
- Kinetic model of water gas shift reaction<br />
(WGSR) over a nanostructured Cu x Ce 1-x O 2-y<br />
catalyst based on the redox mechanism was<br />
developed; the reaction rate limiting step was<br />
demonstrated to be the CO oxidation at the<br />
nanostructured catalyst interface and the<br />
reoxidation of this interface with oxygen from<br />
water<br />
- Determination of electrochemical and mechanical<br />
properties and durability of the new<br />
proton conducting polymer membrane for<br />
high temeprature PEM fuel cell, which was<br />
developed and patented in collaboration with<br />
L07 in the framework of research project with<br />
Renault, Paris, France<br />
FIGURE:<br />
Automated system for heterogeneous catalysts characterization<br />
(Micromeritics, model Autochem II<br />
2920), connected to a mass spectrometer (Pfeiffer<br />
Vacuum, model Thermostar) employed as a secondary<br />
detector.
Change language