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. Project Description This is a project in the field of functional porous materials for applications such as gas separation (greenhouse gases), water harvesting, water purification, catalysis and drug
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Heterogeneous catalysts are needed to make things like fertilizers, medicines, fuels, and plastics. We need them for most our products. In the newly (2024) started Catalysis and Self-Assembly Group
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applications in various fields such as biotechnology, chemical catalysis, and medicinal chemistry. Since 1999, we've been offering PhD training in Chemistry, fostering collaborations both nationally and
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(greenhouse gases), water harvesting, water purification, catalysis and drug delivery. Within the project there is expertise in the synthesis and optimization of a wide range of porous materials, including
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knowledge on photochemistry, electrochemistry and photo(electro)catalysis and have documented experience on use of these knowledge in articial photosynthesis. The cadidate must be able to independently
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of research experience of: developing biopolymer materials and porous materials. organic chemistry, organic synthesis and catalysis use of relevant analytical methods (gas adsorption, thermal analysis, electron
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materials from wood has enormous potential. In the Catalysis and Self-Assembly group at Linköping University, we develop self-assembly strategies to make new materials from wood-based nanoscale building
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to make things like fertilizers, medicines, fuels, and plastics. We need them for most our products. In the Catalysis and Self-Assembly Group at Linköping University, we develop fundamental concepts
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conservation and renewable energy integration. In the Catalysis and Self-Assembly group at Linköping University, we develop fundamental concepts to make catalysts more active and selective. We are now looking
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) started Catalysis and Self-Assembl y group at Linköping University, we develop self-assembly strategies to make new materials from wood-based nanoscale building blocks. Using these materials, we then