HERMES Project

H2020-FETPROACT-EIC-05-2019 project HERMES
Breakthrough zero-emissions heat generation with hydrogen-metal systems

[Materials & Catalysis Modelling Group @MACATAMO_Group]

We are delighted to have hosted the @HERMESProjectEU consortium meeting last two days at @BernalNews @UL ! Lots of insightful discussions and excited for what's to come.

[HERMES Project @HERMESProjectEU]

Isotope effects on Ag and Pd electrodeposition is out:

[BatteryMaterialsGroup_UTU @BatteryUtu]

Our study of solvent isotope effects on Ag and Pd electrodeposition is out: https://t.co/8EMKSkNFXv

[HERMES Project @HERMESProjectEU]

Paper on Interactions between Hydrogen and Palladium Nanoparticles: Resolving Adsorption and Absorption Contributions by Lilian Moumaneix, Akseli Rautakorpi and Tanja Kallio is out:
https://t.co/6hSs7gKiGY

[Energy Conversion and Storage, TUM @ECS_TUM]

Our overview article is online at Topics in Catalysis (@ECS_TUM, @TU_Muenchen, @econversion_de,
@TUMCatalysis, @HERMESProjectEU):

https://t.co/CwRDyPscZh

[Energy Conversion and Storage, TUM @ECS_TUM]

Why do alkali metal cations change the hydrogen evolution reaction mechanisms at Pt? Read more on this challenging topic in Nano Mat. Sci. (@ECS_TUM, @TU_Muenchen, @econversion_de, @TUMCatalysis, @HERMESProjectEU), and many thanks to @AlexandrovLab !:
https://t.co/PeJQZMmEOu

[Energy Conversion and Storage, TUM @ECS_TUM]

A successful MSc defence on how to make Pd nanoparticles without surfactants today @ECS_TUM, @TU_Muenchen, @econversion_de, @TUMCatalysis, @HERMESProjectEU . Congratulations to Kais, and very much looking forward to continuing our collaboration soon!

[Energy Conversion and Storage, TUM @ECS_TUM]

Why the electrical double layer capacitance is so dependent on the electrode surface structure? Check our opinion in "Structure-Dependent Electrical Double-Layer Capacitances of the Basal Plane Pd(hkl)...": https://t.co/zMcVFFY27J. @TU_Muenchen, @econversion_de, @HERMESProjectEU

[HERMES Project @HERMESProjectEU]

First of the major publications coming out of HERMES project is out now. We are looking at fundamental aspects of proton electroreduction at Pd surfaces.

[Materials & Catalysis Modelling Group @MACATAMO_Group]

Elucidating the Structure–Activity Relations in Proton Electroreduction at Pd Surfaces
Thanks to our experimental partners @ECS_TUM and EU funded project @HERMESProjectEU
https://t.co/1xvL0I0LZW @BernalNews
#bridging_gap_experiment_theory

[HERMES Project @HERMESProjectEU]

First paper associated with the HERMES project is out. This deals with developing the experimental techniques we will further utilize in our project.

[Energy Conversion and Storage, TUM @ECS_TUM]

Our collaborative paper with Profs. Ifan Stephens and Federico Calle-Vallejo "Monitoring active sites for hydrogen evolution reaction at model carbon surfaces" is now online. For the first time we see them with such a resolution: https://t.co/H01LPyGAq8

[Energy Conversion and Storage, TUM @ECS_TUM]

Our collaborative paper with Profs. Ifan Stephens and Federico Calle-Vallejo "Monitoring active sites for hydrogen evolution reaction at model carbon surfaces" is now online. For the first time we see them with such a resolution: https://t.co/H01LPyGAq8

[HERMES Project @HERMESProjectEU]

@schneiderleonid @CleanHme About CleanHME, we cannot really say anything. Our expertise is electrochemistry, so we have focused on experimental approaches we can contribute the most, including the co-electrodeposition method, that has been published in peer-reviewed literature.

[HERMES Project @HERMESProjectEU]

Recently, our project was criticized here: https://t.co/HH8J5HKOWR

As a response, we'd like to give a bit of a background for this project.

1/n

[HERMES Project @HERMESProjectEU]

@schneiderleonid @CleanHme It's a very high risk research project, so we have planned it so that we will produce other results, even if we fail to find an experiment producing anomalous effects consistently.

[HERMES Project @HERMESProjectEU]

@schneiderleonid @CleanHme Our starting point is to investigate, if Fleischmann & Pons could have really seen something. Our approach was inspired by the Google funded team: https://t.co/u93wfttRca

[HERMES Project @HERMESProjectEU]

Reproduction of some anomalous effects in Pd-D system is the goal of the project, and we acknowledge that there is a high likelihood that this goal is not fulfilled. 9/9

[HERMES Project @HERMESProjectEU]

We are looking forward to do some interesting science in the fields of electrocatalysis, nanoparticle synthesis, electrodeposition, calorimetry, catalyst stability, etc., utilizing large scale research infrastructure including synchrotron x-ray beamlines etc. 8/n