Climate Change Programming at #AIChEAnnual 2025

Join us for sessions that focus on climate change solutions:

• 4 Carbon Dioxide Upgrading I: Catalytic Materials

• 5 Electrocatalysis I: Advances in engineering electrochemical interfaces for CO2RR

• 39 Particle Engineering for Energy Storage and Carbon Capture Applications

• 47 Decarbonization by Biomass: Technology, Policy, and Sustainability

• 49 Production of Low-carbon Fuels form Biomass: Design, Simulation, and Economic Analysis

• 51 Carbon Dioxide Upgrading II: Reaction Mechanisms

• 98 CO2 Capture By Adsorption I

• 105 Sustainable Industrial Pathways for Renewable Carbon Utilization

• 114 Carbon Dioxide Upgrading III: Reaction Controls

• 173 CO2 Capture, Utilization, and Disposal: Key to Clean Energy Production I

• 192 Adjusting to Federal Policy Changes – A PAIC Town Hall

• 195 Carbon Dioxide Upgrading IV: Device Advances

• 229 CO2 Capture By Adsorption II

• 240 Decarbonization of the Chemical Industry through Electrification

• 245 CO2 Capture, Utilization, and Disposal: Key to Clean Energy Production II

• 269 Design and Analysis of Carbon Capture and Negative Emissions Technologies - Experimental

• 298 CO2 Capture by Adsorption III

• 309 Decarbonization by Electrification: Electrochemical Reactors & Reactions

• 318 Biomass Conversion and Biorefining III: Biomass Conversion Processes: Pyrolysis, Gasification, Solvothermal, and Hydrothermal Methods

• 327 10A: Process Design for a Net Zero Carbon Economy II

• 338 Design and Analysis of Carbon Capture and Negative Emissions Technologies - Models

• 359 Fluidization: Sustainability, Renewables, and Decarbonization Applications

• 371 CO2 Capture from Industrial Point Sources

• 372 Fuel and Energy Decarbonization

• 407 Fundamentals of Catalysis and Surface Science IV: Hydrocarbon Catalysis and CO2 Upgrading

• 417 Design and Analysis of Sustainable GHG Emissions Control Technologies

• 422 Carbon to Fuels

• 444 CO2 Capture by Adsorption IV

• 451 Decarbonization by Electrification: Electrified Thermal Reactors & Reactions II

• 490 New processes for efficient CO2 capture and utilization under mild conditions

• 494 Carbon Nanomaterials: Fundamentals to Applications

• 509 Industrial Carbon Dioxide Capture and Geologic Storage Systems

• 513 Decarbonization by Electrification: Systems & Policy

• 517 Methane Mitigation Technologies: Capture, Emission Control, and Conversion Innovations I

• 562 Process Intensification – Novel Technologies for Carbon Capture and Carbon Recycling

• 566 Membranes for CO2 Separation II

• 571 Novel Approaches to CO2 Utilization I

• 572 Biogenic Carbon for Electrification and Net-Zero Fuels

• 575 Decarbonization by Electrification: Separations

• 579 Methane Mitigation Technologies: Capture, Emission Control, and Conversion Innovations II

• 590 Poster Session: Decarbonization by Electrification

• 632 Novel Approaches to CO2 Utilization II

• 640 Electrochemical Engineering and Reactor Design I: Fundamentals of CO2 and CO Electroreduction

• 656 Advances in Biomass-derived Carbonaceous Materials: Fabrication, Characterization and Applications

• 668 Adsorption for Negative Emissions I

• 700 Adsorption for Negative Emissions II

• 703 Climate Change and Engineering Sustainability

• 712 Advances in Environmental Chemical Engineering for Sustainable Maritime Activities: Fuels, Emissions Control, and Innovative Technologies

Learn how to offset your carbon footprint when traveling to the 2025 Annual AIChE Meeting: 

Carbon Offsets

When you do offset your carbon footprint, be sure to grab a limited "I Offset My Travel" ribbon at registration.

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