Dr. Christian Damsgaard

Biography

Christian Danvad Damsgaard is a researcher focused on developing sustainable catalytic technologies to support the global transition towards a non-fossil-based future. His core work involves uncovering fundamental structure-activity relationships in heterogeneous catalysis, which facilitates advancements in CO₂ conversion, hydrogen production, ammonia synthesis, and Power-to-X pathways. Damsgaard's research emphasizes understanding atomic-scale structures that govern catalytic performance, a crucial aspect in designing efficient and robust systems for clean energy. He integrates advanced catalyst fabrication with operando atomic-scale characterization, employing techniques such as X-ray and electron-based methods to pioneer next-generation catalytic systems. His work spans multiple integrated tracks, including the design and synthesis of catalytic systems with size-selected clusters and nanostructures, the development of situ operando instrumentation for novel high-resolution studies under realistic conditions, and operando investigations of catalytic processes using advanced electron microscopy and synchrotron-based X-ray methods. Damsgaard's research is embedded within strong collaborative environments, including the SURFCAT and VISION Centers of Excellence at DTU Physics and DTU Nanolab, aligning with significant funding initiatives both nationally and internationally. His efforts contribute to addressing global energy challenges, with expertise linked to the United Nations Sustainable Development Goals.

Research Interests