At our research laboratory at the Institute of Organic Chemistry at the Justus Liebig University, Giessen, the incorporation of Vapourtec flow systems has revolutionized our experimental capabilities and significantly enhanced the efficiency and scalability of our chemical processes. Utilizing both the R-series and E-series systems, supported by multiple single pumps, we’ve been able to seamlessly conduct sophisticated flow chemistry experiments that demand precision and reproducibility.
One standout achievement made possible by the Vapourtec systems is our work on the “In-situ Oxidation and Coupling of Anilines towards Unsymmetric Azobenzenes Using Flow Chemistry.” Published in ChemSusChem (2024), this study showcases the remarkable benefits of flow chemistry in generating unsymmetric azobenzenes with precision and speed.
In another groundbreaking project, we explored the “Continuous Flow Synthesis of Cycloparaphenylene Building-Blocks on a Large Scale,” as featured in Chem. Eur. J. (2023). The Vapourtec system facilitated our scale-up process by ensuring consistent and efficient production of these complex structures. This capability was pivotal in overcoming traditional synthesis limitations, enabling us to produce large-scale amounts of cycloparaphenylene building-blocks efficiently.
The reliable performance and user-friendly interface of the Vapourtec systems have been instrumental in achieving our research goals. Their flexibility allows us to adapt to various chemical processes quickly, saving both time and resources. We’re incredibly pleased with the Vapourtec technology, which continues to support our mission of pioneering efficient and scalable synthetic methods in flow chemistry.
We look forward to continued collaboration and innovation with Vapourtec in the future.
Professor Hermann Wegner