Hydrogenation reactions of two alkynes with cube-shaped nanoparticles
Course of Study: CIW/BIW/Chemistry
Description:
Hydrogenations are reactions that are widely used in industry and require the presence of a suitable catalyst. Existing systems are constantly being further developed in terms of activity and selectivity to achieve the desired target product in order to save resources and emissions. One of these developments are cube-shaped nanoparticles of different sizes that are stabilised in water. In this work, the activity and selectivity of these particles will be analysed in a single-phase and a multi-phase hydrogenation of alkynes. The focus is on the influence of the particle size and the respective stabiliser on the reaction. In addition, the stability and, in the two-phase reaction, the transition of the metal into the product phase under reaction conditions are of interest.
Tasks:
- Carrying out reactions in a pressurised reactor with two different substrates
- Partial separation and reuse of the catalyst solution
- Analysis using GC-FID, NMR, GC-MS and ICP-OES
Start
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Contact:
M. Sc. Florian Lehmann
Room G1-512
florian.lehmanntu-dortmundde
+49 231 / 755-2316
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