Recent Publication in Nature Communications!
In this study, we created a machine learning-based force field and used it to examine the diffusion of [Cu(NH3)2]+ complexes within Cu-Chabazite, enabling simulations over…
In this study, we created a machine learning-based force field and used it to examine the diffusion of [Cu(NH3)2]+ complexes within Cu-Chabazite, enabling simulations over…
The CHASS group is organizing a colloquium on multiscale modelling of chemical reactors, to take place at the Technical University of Darmstadt, Germany. Prof. Mauro Bracconi…
The CHASS project tackles the harmful nitrogen oxides emissions from heavy-duty diesel vehicles by focusing on improving copper-based catalysts. These catalysts, crucial for reducing emissions,…
Our latest review in ChemCatChem examines the significant role of the [(NH3)4Cu2O2]2±peroxo complex in NH3-SCR processes using Cu-CHA catalysts at low temperatures (150–300°C). This complex,…
The CHASS Group is excited to offer a specialized short lecture on patent law designed by Dr. Stefan Retzow for PhD students on 27th September…
For more information on the CHASS project, check out the article featured in the journal La Chimica e l’Industria, specifically in the #Chimica and #Catalisi sections. La…