The goal of the PolyHER project is to design a new type of electrode from porous conductive polymers (CPs) coated with low-cost electrocatalytic material based on transition metal dichalcogenides (TMDC). By varying synthesis parameters, one will maximize the catalytically active site's concentration. Catalytic activity will improve additionally by milling of TMDC with additives. This way, both the conductivity and active surface of the material will increase. To get the electrode, the catalys...

Mullite (3Al2O3·2SiO2) is light and inexpensive ceramic material which is highly regarded as a potential candidate for fabrication of diesel particulate filters (DPFs). Highly porous, needle-like (acicular) mullite structure is fully suitable for capturing and removal of harmful particulate matter (soot) from diesel engine exhaust causing minimal pressure drop which is extremely important for smooth engine operation. At the same time filter material is expected to catalyse combustion, i.e., o...

The development of renewable energy sources as the basis of sustainable development in the future represents a challenge that could be overcome by the hydrogen economy as one of the most appropriate ways to store and transport energy. In order to turn to the future of the hydrogen economy, which is gradually making its way on the world market, there is a need to change the thinking of young people. It is therefore necessary to educate students, providing them with the future skills required b...

THE FLOW project opposes the traditional approaches, which were primarily based on the stylistic and typological analyses of the so-called “imports”. Those were interpreted as foreign objects that appeared due to the exchange and trade of commodities and raw materials, as well the transmission of ideas and people. THE FLOW project sets a multidisciplinary research framework to examine such objects systematically by using cutting-edge archaeological science methods and focusing on provenance, ...