Master Students
Diamanta Ibishi
Supervisor: Stian Svelle
Thesis topic: Unidirectional microporous materials as key catalyst components for the direct conversion of CO2 into chemicals
This master project forms part of the larger CASCADE-X effort in the catalysis group, and has as its objective to synthesize and characterize a series of AEL (SAPO-11) zeolite catalysts with different degrees of Si incorporation to generate materials with differing acid site density. The compounds will be further applied in the investigation of their catalytic performance for the conversion of methanol to hydrocarbons.
Hobby: Besides studying natural science, I am interested in athletics, writing, nature, cooking and psychology. I value family and friends in a big deal and love to spend time with them. Due to my broad interests, I frequently attend workshops in both natural science and psychology for the pleasure of learning. My interests are very much reflected in my work choice, and I have jobs which relate to mentoring, teaching, healthcare and fitness.
Bjørn Gading Solemsli
Supervisor: Unni Oslbye
Thesis topic: Catalytic testing and TEM-characterization of MOF-based catalysts
Academic interests: My interests are materials that can be used for heterogeneous catalysis and their structure and how that may affect the catalytic process.
Madelene Vassilakis
Supervisor: Mohamed Amedjkouh
Dag Sannes
Supervisor: Karl Petter Lillerud
Thesis topic: Synthesis and Characterization of MOFs with Super Base properties
Johnny Sannes
Supervisor: Unni Olsbye
Thesis topic:Characterization and testing av metal-organic frameworks (MOFs)
Jeroen Nyrud
Supervisor: Mats Tilset
Karolina Filipowicz
Supervisor: Mats Tilset
Robert Brevik
Supervisor: Karl Petter Lillerud and Ainara Nova
Sushant Kumar
Supervisor: Stian Svelle
Thesis topic: Potentiometric acid base titration as a tool to characterize porous solid acids
Bastian Bjerkem Skjelstad
Supervisor: Trygve Helgaker and David Balcells
Thesis Title: A Computational Perspective on the Interplay Between Metal Dopant and Support in the Structure and Reactivity of Oxidized Cubanes