2022 Annual Meeting

Area: Catalysis

Chair

Sheima Khatib, Texas Tech University

Co-Chair

Rajamani Gounder, Purdue University

Sessions sponsored

Biomass Conversion I: Hydrodeoxygenation
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Biomass Conversion II: Carbon-Carbon Coupling & Redox Chemistry
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Biomass Conversion III: Biomass Processing & Sugar Chemistry
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Catalysis in Liquid Media I: Catalysis for Biomass Conversion in Liquid Phase
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Catalysis in Liquid Media II: Impact of Liquid Phase on Adsorption and Conversion in Catalysis
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Catalysis on Low Dimensional Materials : 2D Catalysts
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Catalysis on Low Dimensional Materials II: Single Atom Catalysts
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Catalyst Design, Synthesis, and Characterization I: Dilute alloys
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Catalyst Design, Synthesis, and Characterization II: Dynamics and stability
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Catalyst Design, Synthesis, and Characterization III: Structure/activity relationships
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Catalyst Design, Synthesis, and Characterization IV: Zeolites
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Catalyst Design, Synthesis, and Characterization V: Novel Catalysts
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Catalyst Design, Synthesis, and Characterization VI: Structure/activity relationships II
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Catalytic Upcycling of Waste Plastics I: Focus on Commodity Plastic Waste
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Catalytic Upcycling of Waste Plastics II: Focus on Commodity Plastic Waste and Beyond
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CO2 Upgrading I: Thermocatalytic Approaches to the Production of Fuels and Chemicals
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CO2 Upgrading II: From Fundamental to Applied CO2 Electrocatalysis I
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CO2 Upgrading III: From Fundamental to Applied CO2 Electrocatalysis II
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CO2 Upgrading IV: Photo/Reduction, Hydrogenation, and Dual Capture/Conversion Systems
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Data Science & Machine Learning Approaches to Catalysis I: Interpretable and Theory-Guided Machine Learning For Catalysis Design and Understanding
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Data Science & Machine Learning Approaches to Catalysis II: AI-Accelerated Modeling of Catalysts and Materials
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Data Science & Machine Learning Approaches to Catalysis III: Applications of Machine Learning to Heterogeneous Catalysis: From Porous Materials to Cluster Catalysis
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Electrocatalysis I: Experimental and Theory
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Electrocatalysis II: Catalyst and Characterization
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Electrocatalysis III: Fundamental
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Electrocatalysis IV: Modeling, Kinetics, and Characterization
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Environmental Catalysis I: Applied Catalysis for Emissions Control
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Environmental Catalysis II: Fundamental Catalysis
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Environmental Catalysis III: Emerging Catalytic Technologies
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Fundamentals of Catalysis and Surface Science I: Hydrocarbon conversion chemistry
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Fundamentals of Catalysis and Surface Science II: Zeolites and acid catalysis
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Fundamentals of Catalysis and Surface Science III: Kinetics of surface reactions
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Fundamentals of Catalysis and Surface Science IV: Model catalytic surfaces
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Fundamentals of Catalysis and Surface Science V: Electrocatalysis and photocatalysis
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Fundamentals of Catalysis and Surface Science VI: Oxides and metal-support interactions
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Homogeneous Catalysis
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Hydrocarbon Conversion I: Nonoxidative processes for hydrocarbon conversion
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Hydrocarbon Conversion II: Oxidative processes for hydrocarbon conversion
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Microporous and Mesoporous Materials I: Catalytic Sites
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Microporous and Mesoporous Materials II: Material Design
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Microporous and Mesoporous Materials III: Structure
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New Developments in Computational Catalysis: Efficiency and Automation
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New Developments in Computational Catalysis: Physics-Based Methods
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Nitrogen Chemistry: Electrocatalytic N2 reduction
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Nitrogen Chemistry: Nitrate and ammonia chemistry
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Nitrogen Chemistry: Thermal/photo/plasma N2 reduction
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Technology Transfer and Industrial-Academic Interfaces
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Sessions co-sponsored

Chemical and Catalytic Conversions and Processes for Renewable Feedstocks
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Electrochemical Advances to Enable Efficient Oxygen, Hydrogen and Water Reactions I
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Electrochemical Advances to Enable Efficient Oxygen, Hydrogen and Water Reactions II
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Electrochemistry & Electrochemical Engineering for Environmental & Sustainability Applications
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Fuel and Energy Decarbonization
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Interfacial Phenomena in Electrochemical and Electrokinetic Systems
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Novel Approaches to CO2 Utilization I
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Plasma Catalysis
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Poster Session: Catalysis and Reaction Engineering (CRE) Division
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Synthesis and Application of Inorganic Materials I: Synthesis
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Synthesis and Application of Inorganic Materials II: Applications
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