Thermal flexibility of the zeolite membrane can be tuned by the modulated template decomposition. That is a critical factor avoiding non-selective pore generation. https://t.co/IlkDd4tMH6
The JST-TU Delft symposium on "Innovating Methodologies in Catalysis" @ChemeTUDelft@tudelft ended with active discussions, establishing international network for fruitful collaboration. Many thanks for @JST_info@JST_Kisokenkyu, excellent speakers, and enthusiastic participants!
We are very happy to announce that last month Atsushi Urakawa joined the Chemical Engineering department as Professor of Catalysis Engineering. Stay tuned to receive updates on his work! #Catalysis#Chemistry#DutchScience
My first paper from Catalysis Engineering group in TU Delft@tudelft. Now, we can prepare b-oriented MFI zeolite membrane by one-pot synthesis. Many thanks to Freek Kapteijn and Jorge@jorgascon.
Very nice work from @CheXueruiWang, @XinleiLiu1 & @MeixiaShan One-pot synthesis of high-flux b-oriented MFI zeolite membranes for Xe recovery https://t.co/un6stN2Fnp
If you happen to be near EPFL Valais Wallis on Thrusday and you are interested in MOF catalysis:
Metal Organic Frameworks as precursors for the manufacture of advanced catalytic materials https://t.co/9ROHzH0RS2 #epfl
Zirconium metal-organic cages can survive during post-assembly modification in aqueous solutions! Read the #JustAccepted manuscript from @ZhaoGroupNUS https://t.co/RiO9ha75Dz