This project focuses on the development of porous organic materials (POMs) and their composites for energy and environmental applications. We aim to establish green synthesis approaches for a range of porous organic materials, including covalent organic frameworks (COFs), porous organic polymers (POPs), and metal-organic frameworks (MOFs). Additionally, we will process these materials and their composites into freestanding forms such as membranes, monoliths, and aerogels. These advanced structures will enable their applications in separation and purification, energy harvesting, and storage.
The work duties involve both basic and applied research on POMs, focusing on the green synthesis of COFs, POPs, and MOFs using sustainable and low-cost monomers. This includes synthesizing POM-based membranes, monoliths, and aerogels, as well as fabricating freestanding nanocomposites by integrating POMs with substrates such as nanocellulose through nanoengineering techniques. Additionally, the work involves structural characterization of the obtained materials and developing their applications in nanofiltration for water purification, membrane-based gas separation, moisture absorption, and water evaporation-based electricity generation.
You are expected to work safely and independently in a lab environment, as well as effectively in a large multidisciplinary group of chemists and materials scientists.
In addition, communication of research results through scientific articles in well-established scientific journals and presentations at international conferences are also included as important aspects of the employment.
PhD degree in nanotechnology or a closely related field.
Large emphasis will be placed on personal qualities such as good cooperation and communication skills. The applicant should be goal oriented, structured and able to work efficiently both individually and in a group
Sweden Academic Chemistry Earth Science Energy Environment Nanotechnology On-site Postdoc Uppsala University