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. The candidate will perform research to develop and study organic polymer nano-particles for solar fuel production by using different catalysts including metalic catalysts, molecular catalysts and biocatalysts
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efficiency of metals, including single atom electrocatalysts. You will characterize the prepared catalysts and have access to a wide range of advanced characterization techniques available at the department
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, the main objective of the project is to extract precious metals efficiently and cost-effectively from secondary sources. These recovered precious metals will serve as heterogeneous catalysts, enabling
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heterogeneous catalysts, enabling diverse organic transformations and the conversion of water, oxygen, and carbon dioxide into valuable products. Work duties The responsibilities of this position involve a wide
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on the catalyst´s stability and activity, especially during the partial oxidation of the aldehyde molecules. The project will also evaluate the effect of using different electrolytes and salt concentrations
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the prepared catalysts and have access to a wide range of advanced characterization techniques available at the department and at the Chalmers Materials Analysis Laboratory (CMAL) such as XPS, SEM, TEM, XRD
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atomic efficiency of metals, including single atom electrocatalysts. You will characterize the prepared catalysts and have access to a wide range of advanced characterization techniques available
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catalysts to facilitate the use of hydrogen as an energy carrier within the Liquid Organic Hydrogen Carrier technology. Project description Hydrogen is expected to be an energy carrier in a future sustainable