Electrochemical Fundamentals: Faculty Candidate Session I | AIChE

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Electrochemical Fundamentals: Faculty Candidate Session I

Chair(s)

Furst, A., Massachusetts Institute of Technology

Co-chair(s)

Fei, L., University of Louisiana at Lafayette
Wei, S., University of New Mexico
Kim, D., University of Pennsylvania

This session will feature oral presentations from prospective faculty candidates showcasing their research in electrochemical engineering- and electrochemistry-related topics. Submissions should be technical presentations of the candidate's previous work, not their proposed research.

Presentations

3:30 PM
Break
3:42 PM
(326a) Ionomer/Particle Interactions in Inks Affect Fuel-Cell Performance
3:54 PM
(326b) Thermal-Electro-Synthesis of Ammonia over Molybdenum Oxynitride at 250°C
4:06 PM
(326c) Microenvironment and Active Site Tuning for Electrocatalytic CO2-to-Methanol Conversion on Heterogenized Molecular Cobalt Catalyst
4:18 PM
(326d) Electrochemical Bicarbonate Conversion into Chemicals and Fuels
4:30 PM
(326e) Understanding of Active Sites and Reaction Mechanisms for Oxygen Evolution and Biomass Upgrading Reaction on Oxide-Based Electrocatalysts
4:42 PM
(326f) Uncovering the Dynamics of Oxygen Reduction Reaction Catalysts during Synthesis and Application Using in-Situ/Operando Techniques to Improve Catalyst Designs
4:54 PM
(326g) Accelerating Materials Discovery for Electrochemical Reactions Using Iterative Machine Learning Strategies with Theoretical and Experimental Data
5:18 PM
(326i) Developing Multiscale Modeling Approaches to Understand Electrochemical Processes for Energy Conversion
5:30 PM
(326j) Reactivity Vs. Durability: Building Physics-Driven, Quantitative Blueprints of Catalytic Interfaces for Decarbonization
5:42 PM
(326k) Electrokinetics and Operational Stability of the Homogeneous Molecular Catalyst Co(DIM) for Electrochemical Nitrate Reduction
5:54 PM
(326l) Establishing Design Principles for Electrochemical Systems with Flowable Suspension-Based Electrolytes
6:06 PM
(326m) Continuum Modeling to Resolve Transport and Catalysis in Bipolar Membranes: From Fundamentals to Application

Topics 

Electrochemical Fundamentals
Energy (Sustainability & Environment)

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Individuals

AIChE Pro Members $150.00
AIChE Emeritus Members $105.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
AIChE Explorer Members $225.00
Non-Members $225.00

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