This webinar explores how laboratory APXPS is enabling the study of increasingly complex catalytic systems, from electrochemical interfaces to plasma-assisted reactions. We will present recent developments in laboratory APXPS and electrocatalysis, and discuss how turnkey laboratory solutions are making advanced catalyst characterization more accessible.
Beyond methodological advances, ambient pressure X-ray photoelectron spectroscopy is emerging as a key analytical tool for addressing some of the most pressing challenges in the global transition from fossil-based to renewable carbon and energy sources. By providing direct insight into catalyst surfaces and reaction mechanisms under realistic operating conditions, APXPS helps researchers develop the materials and processes needed for sustainable production of fuels, chemicals, plastics, and fertilizers from renewable feedstocks such as green hydrogen, biomass-derived compounds, captured CO₂, and renewable electricity.
In the second part, the webinar showcases state-of-the-art plasma catalysis research and illustrates how leading scientists are translating frontier research topics into practical laboratory methodologies. Attendees will gain insight into how APXPS is helping bridge the gap between fundamental surface science and the development of next-generation catalytic technologies for a more sustainable chemical industry.
