David Scott Hall

David Scott Hall is an Associate Professor in Battery Technology at the Department of Energy and Petroleum Engineering, Faculty of Science and Technology, University of Stavanger (UiS), Norway. His research centers on interfacial electrochemistry for sustainable energy storage, with a focus on electrode-electrolyte interfaces in lithium-ion batteries.

His research interests include:

• Interfacial Electrochemistry
• Sustainable Energy Storage
• Battery Degradation and Lifetime
• Electrolyte Additives and Formulation
• Fast Charging Technologies
• Surface Coatings for Electrodes

His recent publications reflect a strong emphasis on understanding degradation mechanisms, electrolyte stability, and performance enhancement in lithium-ion batteries. Key themes include gas evolution, oxidation pathways, and novel electrolyte formulations aimed at improving safety and efficiency. His work bridges fundamental chemistry with practical battery engineering.

Scientific awards and recognitions include:

• Postdoctoral Fellowship at Dalhousie University
• By-Fellow at Hughes Hall, University of Cambridge
• Director of Studies in Natural Sciences, Hughes Hall
• Joint Project Lead, Faraday Institution Degradation Project

He has advised multiple research projects and led collaborations across academic, government, and industrial sectors, particularly during his tenure at the Nuclear Waste Management Organization and the University of Cambridge. He continues to lead cutting-edge research in battery technology at UiS.

He is affiliated with the Faraday Institution consortium and maintains active research profiles on Google Scholar and ORCID. His work contributes significantly to the global effort in advancing sustainable energy storage solutions.