Nadeen Alotaibi

Research Interests

Metal–organic frameworks (MOFs), advanced functional materials, electrocatalysis, hydrogen production, electrochemical energy storage, AI and machine learning, data-driven materials optimisation, and carbon capture and utilisation.

Research Activities

• Designing and synthesising functional materials and engineering their structures for sustainable energy technologies.
• Examining how material structure affects electrochemical performance in energy conversion systems.
• Studying electrode interfaces, functional membranes and ion transport for electrochemical energy storage.
• Applying AI and data-driven methods to materials research and chemical engineering.

Selected Journal Publications

1. Strategic interfacial gameplay: Lithium plating–stripping dynamics in solid-state battery anodes. Chinese Chemical Letters, 38, 111995 (2027).
2. Lithium dendrite growth modeling under electrode surface morphology control. Journal of Energy Chemistry, 117, 477–487 (2026).
3. Digital modeling and intelligent control methods for lithium deposition evolutions. Rare Metals, 44, 9446–9474 (2025).
4. Oil content removal from oil water emulsion by super magnetic nanoparticles. Journal of Water Process Engineering, 55, 104246 (2023).

Research Expertise

Advanced materials synthesis, materials design and optimisation, nanomaterials, structural and surface characterisation, electrochemical materials research, and engineering applications of AI and machine learning.

Contact

854358@swansea.ac.uk
Chemical Engineering, Faculty of Science and Engineering, Swansea University, United Kingdom