معرفی
Hampus Lindmark is a Postdoc researcher in Materials Chemistry at Chalmers University of Technology, Sweden, specializing in high-temperature corrosion phenomena in energy conversion systems. His research focuses on material degradation mechanisms in biomass- and waste-fired boilers, with particular expertise in PbCl2-induced corrosion and superheater material performance.
Dr. Lindmark's primary research interests include high-temperature corrosion science, materials selection for energy applications, and the impact of chemical species on material degradation. His work examines corrosion mechanisms of low-alloyed steels, FeCrAl alloys, stainless steels, and nickel base alloys in environments containing aggressive compounds like PbCl2 and KOH. He investigates both fundamental electrochemical mechanisms and practical engineering solutions for extending component lifetimes in energy systems, with significant implications for sustainable energy technologies.
His publication record shows a consistent focus on corrosion science in energy applications, with recent work examining the impact of carbon capture technology integration on boiler corrosion. Dr. Lindmark's research bridges fundamental materials science with practical engineering challenges, contributing to more efficient and sustainable energy conversion technologies.
Dr. Lindmark completed his doctoral thesis in 2025 titled "High-Temperature Corrosion in Biomass- and Waste-fired Boilers: Current Challenges and the Impact of Integrating Carbon Capture Technology" and his licentiate thesis in 2023 on "High-Temperature Corrosion in Waste-Fired Boilers: Insights into material selection for fluidized bed heat exchangers and the corrosivity of PbCl2."
