About
Hannah Roth is an Assistant Professor affiliated with the Films in Fluids research group, specializing in advanced membrane science and engineering. Her work focuses on developing innovative membrane fabrication techniques for separation processes with applications in water treatment, gas separation, and biomolecular engineering.
Her research expertise spans critical areas of membrane technology:
- Hollow-Fiber Membrane Engineering (92% prominence in fingerprint analysis)
- Nanofiltration and Separation Processes
- Phase Inversion Methodologies
- Surface Functionalization for Biomolecular Applications
- Gas-Liquid Mass Transfer Enhancement
- Scalable Membrane Fabrication Techniques
Analysis of her publication record (28 outputs 2014-2025) reveals a strategic research trajectory emphasizing ceramic-supported nanofiltration membranes, biocatalytic hollow fibers, and microgel composite systems. Her work consistently bridges fundamental materials science with practical environmental applications, particularly in organic micropollutant removal and carbon dioxide capture.
Roth has accumulated 494 Scopus citations with an h-index of 13, demonstrating significant scholarly impact. Her collaborative network spans international research groups, with frequent co-authorship on membrane fabrication and characterization studies.
She maintains active research in membrane morphology control and novel fabrication techniques, as evidenced by her 2025 publications on ceramic-supported polyelectrolyte systems and helical-ridge membrane designs for enhanced mass transfer.
