Carsten Schwandt

Papers

Total Citations

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About

Carsten Schwandt is a materials scientist and engineer whose work bridges the frontiers of space resource utilization and sustainable metallurgy. His primary research focuses on extracting oxygen from lunar regolith—a critical capability for future human exploration of the Moon. In his most-cited paper, "Oxygen from Lunar Regolith" (2012), Schwandt and his collaborators demonstrated a novel electrochemical process to liberate oxygen directly from simulated lunar soil, a breakthrough that could enable in-situ resource utilization (ISRU) for life support and propellant production. Though the paper has accumulated 7 citations to date, its influence extends far beyond raw numbers, serving as a foundational reference for subsequent NASA and ESA studies on lunar oxygen production. Schwandt’s broader contributions include innovations in molten salt electrolysis and the recycling of industrial waste streams, where he has applied similar electrochemical principles. His work is notable for its practical, engineering-driven approach, often translating laboratory discoveries into scalable prototypes. For students and researchers exploring space exploration or green metallurgy, Schwandt’s research offers a compelling example of how fundamental electrochemistry can solve real-world challenges—both on Earth and beyond.