Sunday, March 22, 8:05 AM

Catalyst and electrolyte design for maximizing the production of C2+ oxygenates and hydrocarbons via the electrochemical reduction of CO2 on Cu. A. Bell

Sunday, March 22, 10:00AM

Using molecular insights to guide the design of catalysts. A. Bell

Sunday, March 22, 10:45 AM

Mechanisms of conversion of CO2 and CO to multicarbon products with molybdenum complexes. T. Agapie

Sunday, March 22, 1:00 PM

Towards an inverse design of multimetallic catalysts. F. Abild-Pedersen, T. Choksi, V. Streibel

Sunday, March 22, 1:30 PM

Effects of surface structure and composition on the activity and selectivity of Cu for the electrochemical reduction of CO2. A. Bell

Monday, March 23, 5:00 PM

Electrocatalytic transformations with small molecule substrates. J. Peters

Tuesday, March 24, 8:45 AM

Atomistic level mechanisms for CO2 reduction, O2 reduction, N2 reduction, O2 Evolution, and H2 evolution from quantum mechanics. W. Goddard

Tuesday, March 24, 4:05 PM

CO & CO2 reduction: Mechanistic understanding of selectivity and activity to enable catalyst discovery. C. Hahn, T. Jaramillo, L. Wang

Thursday, March 26, 10:00 AM

Cu nanoparticles on metal oxide nanoparticle model catalysts: Synthesis, characterization and reactivity. A. Haines, D. Ferrah, J. Hemminger

Thursday, March 26, 4:10 PM

Insights into how the microenvironment may affect catalytic activity in electrochemical CO2 reduction. F. Toma