BEGIN:VCALENDAR METHOD:PUBLISH PRODID:www-cbi-tf-fau-eu//Events//EN VERSION:2.0 BEGIN:VEVENT SUMMARY:CBI Colloquium "Model-assisted Analysis and Design of Electroc hemical Technologies" (Prof. Ulrike Krewer\, KIT) UID:6b47-3dbb-a081-5677@www.cbi.tf.fau.eu DESCRIPTION:Electrochemical technologies offer efficient and dynamic s torage of electrical energy in batteries or – via electrolysis – i n hydrogen. In addition\, power-to-chemicals technologies\, such as el ectrochemical CO2 conversion or production of expensive fine chemicals \, promise a deep energy transition of the chemical industry. Almost a ll new electrochemical technologies\, but also established ones\, suff er from performance losses due to a lack of quantitative insight into processes in the cells. Modelling tools at higher levels are already w ell established and predictive\, when it comes to heat and mass transf er\, as these phenomena are widespread in (chemical) engineering. They struggle\, however\, to reproduce or predict the electrochemical beha viour of electrodes. This talk covers established and upcoming electro chemical energy and power-to-chemical technologies\, their application and state of development. The complexity and challenges of the techno logies at electrode level are complemented by strategies how to formul ate and parameterise suitable models. The models are then used to give insight into the many non-measurable processes or states\, and for vi rtual design of better catalysts\, electrodes\, cells or operating con ditions. CV Ulrike Krewer Dr.-Ing. is a Full Professor and Head of the Institute for Applied Materials – Electrochemical Technologies at K arlsruhe Institute of Technology (KIT)\, Germany. She received her Dip l.-Ing. at FAU Erlangen-Nuremberg and a PhD in Process Engineering fro m University/Max Planck Institute Magdeburg. After researching in Sams ung (Korea) and an Assistant Professorship\, she became Full Professor for Energy and Process Systems Engineering at TU Braunschweig in 2012 \, and moved to her current position KIT in 2020. With more than 20 ye ars of research expertise in electrochemical energy technologies\, she and her team contribute(d) to advancing established technologies\, su ch as Li-ion batteries and PEM electrolysis\, as well as e DTSTART:20250710T161500Z DTEND:20250710T174500Z LOCATION:Hanns Hofmann Lecture Hall ( KS I)\, Cauerstr. 4\, 91058 Erlangen DTSTAMP:20260413T100654Z END:VEVENT END:VCALENDAR