معرفی
Kenneth René Simonsen serves as a Postdoctoral Researcher at Aalborg University's Department of Energy within the Faculty of Engineering and Science, Esbjerg campus. His research focuses on critical infrastructure challenges in carbon capture, utilization, and storage (CCUS) systems, particularly material integrity and corrosion dynamics in CO2 transport networks.
His primary research domains include carbon capture engineering (100% fingerprint match), corrosion material science (64%), and energy requirement analysis (30%). Current investigations address impurity-induced corrosion mechanisms, energy optimization for capture plants, and material performance validation under real-world CCUS conditions. This work directly supports Denmark's climate goals through technological development for safe CO2 storage infrastructure.
Recent publications (2025) demonstrate concentrated expertise in pipeline corrosion modeling (3/5 papers), CO2 impurity monitoring frameworks (1 paper), and energy requirement analysis (1 paper). These contributions span environmental engineering, materials science, and analytical chemistry, reflecting interdisciplinary approaches to CCUS challenges with strong industry applicability.
No scientific awards were documented in the source materials. His research is sustained through active participation in major national projects including C-TECH (Carbon Transformation & Energy Control Hub, 2025-2028) and CarbonAdapt (infrastructure adaptation for CO2 storage, 2022-2025), alongside his principal investigator role in the Material Integrity of Carbon Capture Storage Infrastructure project.
Simonsen collaborates extensively within Aalborg University's energy research ecosystem and participates in technical workshops such as the 2021 Mineral Deposition Technology forum. His work emphasizes practical solutions for existing infrastructure adaptation, aligning with Denmark's commitment to the Paris Agreement through actionable carbon management technologies.
