The current production of chemicals is predominantly based on fossil raw materials and fuels, but this leads to climate affecting CO₂ emissions. It is therefore essential to switch to renewable raw materials such as biomass necessary. Therefore, we search for solvent-based novel separation processes that could make biomass available for new resource-efficient production pathways. To identify optimal solvents for each separation step, we have developed computer-aided optimization methods for solvent molecules based on quantum chemistry and artificial intelligence.

Molecules, proteins and viruses are building blocks for sustainable, energy-saving and efficient manufacturing processes. Learn more about the latest methods for generating and converting energy, pharmaceutical substances and vaccines, or fuels. Discover how AI and mathematical simulations can supplement or even replace experiments in the laboratory.
We are looking for your visit at the Max Planck Institute.

The PhD Career Day at the Max Planck Institute in Magdeburg offered young scientists a platform to explore different career paths, network with industry experts and gain valuable insights into the job market.

The startup plans to use the seed capital to accelerate its technologies in the fields of nutrition and biopharmaceuticals

Gain insights into career paths and the tasks in a research institution dedicated to the engineering sciences: during the "Zukunftstag - Girls' and Boys' Day" on 3 April (fully booked) or during our internship on “Verfahrenstechnik und Technische Kybernetik” from 7 to 10 April 2025  (high-school students min. 16 years).

As part of the public lecture series “Science in the Town Hall”, Dr.-Ing. Stefanie Duvigneau will talk about her research on optimized and sustainable processes for the production of bioplastics on 24 February 2025. (Press release in German)

The Max Planck Institute in Magdeburg offers a variety of opportunities for professional development, personal and professional further education.