Brian’s work on the characterization of extrinsic Bronsted acid sites generated via ion-exchange between organic acids/esters with NaY is published in ACS Catal.
Our collaborative work on CO2 electrochemical reduction and hierarchical Sn-BEA materials came out in Nat. Chem. and Microporous Mesoporous Mater., respectively.
Arnav’s work on operando spectroscopic investigations of various types of sites in electrochemical CO reduction on oxide-derived Cu is published in ACS Catal.
Bingjun Xu, assistant professor of Chemical and Biomolecular Engineering, working in his Colburn Lab office and laboratory. Photographed for the College of Engineering. – (Evan Krape / University of Delaware)
Marco’s recent (and probably last from the Xu Group) work on the potential sources and remedies in SEIRAS has been accepted in J. Phys. Chem. C.
Our recent work on VN catalyzed electrochemical reduction of N2 for renewable ammonia production has been accepted by JACS.
Hongje’s recent work on the synthesis of MFI zeolite encapsulated Pt NPs and its applications in tandem catalysis has been accepted by JACS.
Nick’s work on the development of a liquid phase temperature programmed desorption technique to understand the solvent effect is published in ACS Catal.
Brian’s work on the effect of water on methyl lactate to acrylic acid is published in ACS Catal.
Marco’s minireview on electrical double layer has been published in Current Opinion in Chemical Engineering.
Our perspective paper in collaboration with the Jiao group came out on ACS Catalysis.