Efficiency and standardization through modern LED technology
Photochemical reactions are triggered by irradiation with light of specific wavelengths. Thus, many substances can be produced more efficiently and the mechanisms of novel reactions can be revealed. The use of expensive and sometimes toxic chemicals in the production of fine chemicals, such as pharmaceuticals, is significantly reduced. Therefore, the field of photochemistry also occupies an important position within advanced synthesis and catalysis in the „Advanced Synthesis and Catalysis“ study program. With the knowledge acquired here, the marketing project was made possible.
Thomas Wagner tells about the developed device: "With our photo reactor we can make the results from the research laboratories comparable: the researchers can determine exactly which radiation power they use." The economics student Anna-Katharina Kopp works with Thomas Wagner on the marketing. She explains what the device is all about: "The reactions are now much faster because our reactor works with very high light output." This means that some reactions can be completed within just ten minutes, instead of two hours.
Great demand in industrial laboratories
During the development of the device, Prof. Dr. Burkhard König, a leading scientist in the field of photo catalysis, advised the students. Most of the laboratories in this area work with their own constructions, which are permitting comparable research results only to a limited extent. Therefore, according to Prof. König, the newly developed and now market-introduced device is a big step forward: "With the photo reactor that the students have launched on the market, reactions are not only faster and more comparable. The device can irradiate reactions so strongly with light that it may be possible to investigate reactions that are not possible today. "
A positive and profitable cooperation was achieved by merging with the existing commercial enterprise HK test systems. Managing Director Wolfgang Kopp explains the success factor: "For us, it is valuable if we learn directly from researcher what is needed in the laboratory. With this knowledge and our experience in development and design, we have realized a device that meets the high demands of research."
Text: Elite Graduate Program "Advanced Synthesis and Catalysis“