ICCDU-2022 has ended

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ICCDU-2022

Welcome to the ICCDU 2022 Program!

11:00am EDT

Bulk Chemicals and Fuels without Fossil Precursors: Decarbonizing Manufacturing by Electrochemical Synthesis from Carbon Dioxide McCosh 50Charles Dismukes

11:15am EDT

Earth-abundant molecular catalyst systems for the reduction of carbon dioxide McCosh 50Charles W. Machan

11:30am EDT

Pb-catalyzed Electroreduction of CO2 to Methyl Formate McCosh 50Craig Grapperhaus

8:15pm EDT

Improving co-electrocatalytic activity for CO2 reduction at lower overpotentials through redox mediator tuning and catalyst design McCosh 50Amelia G. Reid

8:30pm EDT

Direct synthesis of 1-butanol in high yields from CO2 utilizing cascade catalysis from a nickel enhanced (Cr2O3)3Ga2O3 system McCosh 50Steve Cronin

8:45pm EDT

Probing electrode-electrolyte interfaces of structured nano-scale electrolytes for combined CO2 capture and conversion McCosh 50Sara T. Hamilton

9:00pm EDT

Eletrocatalytic Reduction of CO2 McCosh 50Karin Calvinho

8:30pm EDT

Anion exchange membranes: CO electroreduction McCosh 50Bjorn Hasa

8:45pm EDT

Electrocatalysis for Carbon Dioxide Utilization McCosh 50Feng Jiao

9:00pm EDT

Wet chemical synthesis and spectroscopic/electrochemical characterization of metal oxides nanocomposites aimed to CO2-H2O photocatalytic coprocessing McCosh 50Davide Michele Stefano Marcolongo

9:15pm EDT

Scaling zero-gap CO2 electrolysis: from lab-scale and impure CO2 feeds to kW-scale demonstration McCosh 50Kai junge Puring

9:45am EDT

Heat it, Press it, Twist it: Hidden parameters for electrochemical carbon dioxide reduction in zero-gap electrolyzers CompSci 104Lucas Hoof

10:00am EDT

CO2 Utilization in Electrochemical Power Sources CompSci 104Elod Gyenge

10:15am EDT

CO2 redox flow battery: An investigation of the membrane and bifunctional electrocatalysts towards enhancing the battery performance CompSci 104Pooya Hosseini-Benhangi

11:15am EDT

Increasing the CO2 reduction activity of cobalt phthalocyanine by modulating cobalt nucleophilicity by varying σ-donor strength of axially coordinating ligands CompSci 104Kevin E. Rivera Cruz

11:30am EDT

Increasing the basicity of a CO2 capture and reduction complex CompSci 104Christine Phipps

11:00am EDT

Intuitive materials design for solar thermochemical carbon dioxide splitting Friend 101Robert B. Wexler

11:15am EDT

Artificial photosynthetic CO2 reduction through purple membrane re-engineering with nanostructures Friend 101Elena A. Rozhkova

11:30am EDT

Elucidating the paths of CO2 in gas diffusion electrodes for electrochemical CO2 reduction Friend 101Matthias Heßelmann