Cooperation with LightPulse LASER PRECISION
by Raschid Abdel Aal
Meet our partner in technology developmen LightPulse LASER PRECISION
When it comes to vapor generation, it's all about the right surface! Together with LightPulse, we are working on durable nanostructuring for exceptional vaporization properties.
LightPulse can process surfaces in the nanometer range using ultrashort pulse lasers. This allows us not only to increase the surface area of our evaporators, but also to achieve hydrophobic properties - without requiring any coating at all!
Together with LightPulse's surface processing, we can solve particularly demanding challenges in evaporation technology!
News
by Zishan Mahmood
Master's thesis in cooperation with ChemTherm: Modeling and simulation of inductive heating of fixed-bed reactors
In cooperation with the Institute of Chemical Process Engineering and other industrial partners, we are delighted to welcome Tim Irlweck to our company.
by Raschid Abdel Aal
Cooperation with LightPulse LASER PRECISION
LightPulse uses ultrashort pulse lasers to work surfaces on a nanoscale. A wide variety of structures can be processed with this precise tool. The properties of the surface can be changed in a targeted manner. For example, laser-generated structures can be used to make a steel surface water-repellent (hydrophobic).
by Raschid Abdel Aal
ChemTherm presents itself at REACT24
From May 6 to 8, 2024, DECHEMA's annual conference for reaction engineering and electrochemical processes, REACT 2024, will take place at the Würzburg Congress Center. This event attracts researchers from universities as well as scientists from the industry and offers a platform for the exchange of information on current developments in the industry.
by Raschid Abdel Aal
Bachelor thesis by Lara Benke
In Kooperation mit dem Institut für Chemische Verfahrenstechnik führt Lara Benke, Studentin der Umweltschutztechnik, ihre Bachelorarbeit in unserem Unternehmen durch. Ihr Forschungsschwerpunkt liegt unter anderem darauf, wie das Verdampfungsverhalten charakterisiert werden kann. Dabei bedient sie sich verschiedener Techniken wie Druckmessung, Massenspektrometrie und Thermografie.