Adventures of Dr. Ram and Mister Li

Episode 1

Join Dr. Ram and Mister Li on their adventure uncovering the mysteries of strong metal support interaction and methane dry reforming!

Based on one of our papers, Verena (@raija.p.art) drew this comic about the temple of Jueitshwe, where the tablet of metal support interaction was uncovered.

Other TUCAS-Related Art

Perovscats

Verena (@raija.p.art) imagined this version of perovskites, where cats play the role of atoms and the crystal lattice is replaced by a large cat tree.

You can clearly see what happens when you introduce a “dopant”/black cat into the system: It steals the fish of the cat below it — making it very unhappy — and causes the cat above it to leave alltogether.

Other Outreach Activities

How Greenhouse Gases Can Be Used to Store Energy

A paper published in Frontiers for Young Minds, a journal to introduce science to children and young adults.

CO2-Umwandlung mittels Design-Katalysatoren   

Contribution to the cooperation “Wirtschafts-impulse durch Forschung” (between WKO Wien and TU Wien). Full text (German)

Press Releases

futurezone (2021-06-04):

New catalyst gets the most out of carbon dioxide
Researchers at TU Wien discovered a new material that allows to reliably clean exhaust gases.
Full text (german)

EurekAlert! (2021-04-20):

New catalyst for lower CO2 emissions
Which catalyst can be used to convert carbon dioxide into other substances? Scientists at TU Wien have now created a new material, which belongs to the class of perovskites
Full text (english version of the TU Wien news of 2021-04-19)

TU Wien (2021-04-19):

New catalyst for reduced CO2 emission
Researchers of TU Wien have been looking for a catalyst that can convert carbon dioxide into other substances. Recently, they found promising candidates in the material class of perovskites.
Full text (german)
Also reported by Chemie.de (2021-04-22)

Die Presse (2018-03-09):

Catalysts that don’t stick
Chemist Christoph Rameshan does research on materials to make catalysts more efficient. His findings can also be used in hydrogen production.
Full text (german)

TU Wien (2017-09-06):

ERC-Grant: Better catalysts for a better environment
Christoph Rameshan of TU Wien is awarded a lucrative ERC grant. He will be researching new technologies that can be used to produce better catalysts.
Full text

TU Wien (2017-06-14):

CO2 as renewable energy carrier
Specialized catalysts shall enable the conversion of CO2 (which is detrimental to climate) into useful substances. Christoph Rameshan was awarded a Theodor-Körner-Preis for his research.
Full text (german)

Der Standard (2014-05-05):

Hydrogen from methanol: researcher in Vienna unravel catalyst reactions
Researcher of TU Wien investigate the processes on metal catalysts during the decomposition of methanol to hydrogen and carbon monooxide.
Full text (german)

TU Wien (2014-05-05):

Hydrogen for fuel cells from methanol
A cascade of chemical reactions takes place during the production of hydrogen from methanol using metal catalysts. Two researches at TU Wien, Karin Föttinger and Christoph Rameshan, were awarded research awards for their work in this field.
Full text (german)