Past Webinars

2025 Webinars

January 2025

Shannon Boettcher

University of California, Berkeley

Field-Driven Heterogeneous Water-Dissociation Catalysis - From Fundamentals to Applications in Electrochemical Technology


February 2025

Brian K. Long

University of Tennessee, Knoxville

Harnessing the Power of Polymerization Catalysis to address Modern Challenges in 3D Printing and Gas Separations

2024 Webinars

January 2024

Elizabeth Biddinger

City College of New York

Developing mass balances that capture kinetics and mechanisms for electrochemical hydrogenation and hydrogenolysis of furfural and side reactions in acidic electrolytes


February 2024

Vanda Glezakou

Oak Ridge National Laboratory

Global optimizers, large scale simulations and enhanced smapling for catalysis problems


March 2024

Hema Ramsurn

University of Tulsa

Green production methods for graphene growth from biomass-derived sources: a comparison between chemical vapor deposition and a proposed novel method


April 2024

J. Will Medlin

University of Colorado Boulder

Effects of organic surface modifiers on metal and metal oxide catalysts


May 2024

Juan Bravo Suarez

University of Kansas

Fundamentals of Spectrokinetics in Heterogeneous Catalysis


June 2024

Feng Jiao

Washington University in St. Louis

CO2 electrolysis for chemical production


July 2024

Jingyue Liu

Arizona State University

Functional Nanoglues for Metal Single-Atom and Cluster Catalysis


August 2024

Rachael Farber

University of Kansas

Ultra-High Vacuum Science and Technology to Understand Thin Films and Heterogeneous Catalysis


September 2024

Wenzhen Li

Iowa State University

Green Ammonia-Mediated CO2 Capture and Electroreduction to Valuable Chemicals


October 2024

Basseem Hallac

Chevron Phillips Chemical Company

Aromax® Technology: Premier On-Purpose Benzene Production Technology


November 2024

Sachin Handa

University of Missouri

Telescoping Catalysis and Understanding Sustainability


December 2024

Nathaniel Eagan

Tufts University

Catalytic alloys at the dilute limit: the importance of ensemble size