
In 2012 I received a masters in Chemical Engineering from Aalborg University, DK, and currently I am a Ph.D. Student at the Department of Energy Conversion and Storage at the Technical University of Denmark.
My masters involved identification and synthesis of superhydrophobic polymers for membranes as emulsion separations. The project lead to a novel type of membrane displaying high efficiencies due to an enhanced hydrophobicity, partly due to a fiber like morphology introduced by electrospinning and partly by the choice polymer. I was so fortunate, that part of this work, was conducted at The University of Akron, OH, USA.
In December 2012, I was accepted as a Ph.D. at DTU, where my studies, so far, are on the fundamental aspects of the Li- and Na-O2 batteries.
In 2012 I received a masters in Chemical Engineering from Aalborg University, DK, and currently I am a Ph.D. Student at the Department of Energy Conversion and Storage at the Technical University of Denmark.
My masters involved identification and synthesis of superhydrophobic polymers for membranes as emulsion separations. The project lead to a novel type of membrane displaying high efficiencies due to an enhanced hydrophobicity, partly due to a fiber like morphology introduced by electrospinning and partly by the choice polymer. I was so fortunate, that part of this work, was conducted at The University of Akron, OH, USA.
In December 2012, I was accepted as a Ph.D. at DTU, where my studies, so far, are on the fundamental aspects of the Li- and Na-O2 batteries.