🌱 Unlock Sustainable Chemistry!
DFG and A*STAR announce the Joint Call on Sustainable Chemistry for researchers pioneering eco-friendly solutions. 🌍
Focus Areas:
☑️ Green synthesis
☑️ Renewable resources
☑️ Sustainable processes
📅 Deadline: Register 11 June Submit 18 June 2025
🔗 Apply: https://www.dfg.de/de/aktuelles/neuigkeiten-themen/info-wissenschaft/2025/ifw-25-24
Researchers at #MainzUniversity have developed cost-effective and efficient water-splitting catalysts using #cobalt and #tungsten for the eco-friendly production of #hydrogen / Catalyst performance surprisingly increases over time 👉 https://press.uni-mainz.de/self-optimizing-catalysts-facilitate-water-splitting-for-the-green-production-of-hydrogen/ @dfg_public
How can fresh #water be obtained from #seawater without conventional #desalination? Professor Sebastian Seiffert and his team at #MainzUniversity have developed a promising approach: HydroDeSal uses a hydrogel that reacts to changes in temperature. It draws water from the sea when its cooler and releases drinking water when temperatures rise. The application is now to be made ready for the market.
Read more in our #JGUMagazine at 👉 https://www.magazine.uni-mainz.de/how-polymers-and-natural-temperature-variations-serve-to-produce-clean-drinking-water/
The recent discovery of sustainable catalysts is a revolutionary step towards eco-friendly industrial processes. It replaces toxic and expensive noble metals, significantly reducing environmental impact and costs in chemical manufacturing. This advancement aligns with our commitment to sustainability and paves the way for greener, more cost-effective solutions in various industries.
#SustainableChemistry #GreenTech #Innovation #EcoFriendly #Sustainability
https://scitechdaily.com/new-catalyst-discovery-cuts-costs-and-boosts-green-chemistry/
A team from Osaka University, along with their collaborators, has created a cost-effective catalyst for a key chemical process, potentially paving the way for further initiatives to reduce expenses within the chemical sector. The chemical industry often relies on scarce and costly metals to manuf
We and Clariant continue our collaboration in the Munich #Catalysis Alliance to further explore efficient and sustainable catalyst solutions: https://go.tum.de/417838
📷A.Heddergott
Matthew B. Plutschack
DFG
Mainz University
Science News
Hari Tulsidas
Technische Universität München
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