3D Printed Mixed Matrix Membranes for Small Molecule Separation
thesis
posted on 2025-09-04, 06:15authored byAbdollah Khosravanian
Hydrogen is a suitable replacement for fossil fuels. While hydrogen generation is relatively easy, its transport is neither safe nor efficient. However, we can attach hydrogen to a safer liquid and transport the liquid, detach it at the use point, and avoid the issues. Interestingly, we can repurpose the existing infrastructure in fossil fuel industries to transport the hydrogen bearing-liquid. To ensure that we extract all the attached hydrogen at the use point, we need an energy-efficient separation. My research was developing novel filters that can perform the separation with minimal energy while increasing the hydrogen transport efficiency.<p></p>
History
Principal supervisor
Matthew Hill
Additional supervisor 1
Timothy Scott
Additional supervisor 2
Farnaz Zadehahmadi
Year of Award
2025
Department, School or Centre
Chemical & Biological Engineering
Course
Doctor of Philosophy
Degree Type
DOCTORATE
Faculty
Faculty of Engineering
Rights Statement
The author retains copyright of this thesis. It must only be used for personal non-commercial research, education and study. It must not be used for any other purposes and may not be transmitted or shared with others without prior permission. For further terms use the In Copyright link under the License field.