Chemist Jan J. Weigand from the Dresden University of Technology will intensively research new methods and approaches for a more sustainable chemistry over the next five years. In addition to the recovery of phosphorus compounds and the sustainable use of non-renewable and critical resources, the reduction of risks associated with hazardous waste will also play a role. This innovative yet challenging endeavor is supported by the German Research Foundation (DFG) through a Reinhart Koselleck Project with a funding of nearly one million euros.
Professor Jan J. Weigand and his team from the TUD Dresden University of Technology have achieved a ground breaking advancement in the production of phosphorus-containing chemicals. In a recent pu .
Professor Jan J. Weigand and his team from the TUD Dresden University of Technology have achieved a ground breaking advancement in the production of phosphorus-containing chemicals. In a recent publication in the scientific journal Nature Synthesis, they present an innovative synthesis method that requires only two process steps for the previously complex production of functionalized phosphates.
In Germany, a project led by electrolyte company Elyte Innovations GmbH is pursuing the recovery of the non-metallic components including lithium salts, solvents and electrolyte additives from spent lithium-ion batteries. Named SWELL (Stoffliche Wiederverwertung von Elektrolyt-Leitsalzen und-Lösungsmitteln / Recovery of Electrolyte Salts and Solvents), the project is funded by the German Federal.
Electromobility is an essential building block for the energy transition. Many electric vehicles presently use lithium-ion batteries as their primary energy storage device because of their high energy and power density.