The research group of Prof. Christoph Rameshan focuses on the development of novel catalyst materials and the transition from fundamental laboratory studies to industrially relevantimplementation.

A key strength of the group lies in its ability to scale catalyst materials from the nanoscale to industrial form factors such as pellets and extrusion bodies, enabling their use in commercial reactor systems. The team combines materials synthesis, in-depth characterization, and long-term performance testing to design catalysts for applications relevant to modern sustainable technologies. This includes research on CO₂-to-fuel pathways, such as e-methanol synthesis and syngas production, as well as catalyst development for broader energy-conversion processes.

Their methodological toolbox includes:

• surface analysis using XPS, including in-situ and operando capabilities

• electrochemical impedance spectroscopy of SOEC/SOFC electrodes

• operando XRD for structural evolution under reaction conditions

• synthesis of high-surface-area oxide materials for electro-, photo-, and thermocatalysis

The group collaborates closely with industrial partners and offers research support, prototype development, and consulting related to catalyst performance and CCU applications.