Negative Emissions Science

Achieving Speed and Scale: Self-Amplifying Adsorbents for Negative Carbon Emissions

• Benjamin Snyder
  Chemistry
  University of Illinois at Urbana-Champaign ¹ 
• Caroline Saouma
  Chemistry
  Virginia Polytechnic Institute and State University ¹  
• Yuzhang Li
  Chemical and Biomolecular Engineering
  University of California, Los Angeles ¹  

Electro-swing Modulation of Lipophilic Environments for Direct Air Capture of Methane

• Yuanyue Liu
  Mechanical Engineering
  University of Texas at Austin ^
• 
  Phillip Milner
  Chemistry and Chemical Biology
  Cornell University ^
• 
  Marcel Schreier
  Chemical and Biological Engineering
  University of Wisconsin – Madison ^

Surface Charge-induced CO2 Solvent Regeneration Via Free Volume Manipulation

• Chibueze Amanchukwu
  Pritzker School of Molecular Engineering
  University of Chicago *
• 
  Yayuan Liu
  Chemical and Biomolecular Engineering
  Johns Hopkins University *
• 
  Houlong Zhuang
  Engineering of Matter, Transport & Energy
  Arizona State University ^

Sunlight Driven CO2 Capture and Release

• Kandis Leslie Abdul-Aziz
  Chemical and Environmental Engineering
  University of California, Riverside *
• 
  Mita Dasog
  Chemistry
  Dalhousie University *

Robust Scalable Multifunctional Electrode for CO2 Reduction and C-C Coupling in Seawater

• Will Bowman
  Materials Science and Engineering
  University of California, Irvine †
• 
  Jose Mendoza
  Chemical Engineering and Materials Science
  Michigan State University †
• 
  Hang Ren
  Chemistry
  University of Texas at Austin †    

Triple-intensified Process for Direct Carbon-negative Methanol Synthesis from Biogas

• Anindita Das
  Chemistry
  Southern Methodist University *
• 
  Simona Liguori
  Chemical & Biomolecular Engineering
  Clarkson University *
• 
  Rafael Santos
  School of Engineering
  University of Guelph *

A Radical Approach to Negative Methane Emissions

• Adam Holewinski
  Chemical & Biological Engineering
  University of Colorado Boulder ^
• 
  Anna Wuttig
  Chemistry
  University of Chicago ^
  
• * Funded by Alfred P. Sloan Foundation
  ^ Funded by RCSA
  † Funded by ClimateWorks Foundation

Carbon Dioxide-Methane Coupling with Electric-Field-Polarized Microelectrodes

• Zhou Lin
  Chemistry
  University of Massachusetts Amherst *
• 
  Yayuan Liu
  Chemical and Biomolecular Engineering
  Johns Hopkins University *
• 
  Sen Zhang
  Chemistry
  University of Virginia *

Photochemical Amine Production from N2 and CO2

• Marta Hatzell
  Mechanical Engineering
  Georgia Institute of Technology †
• 
  Kathryn Knowles
  Chemistry
  University of Rochester †
• 
  Jose Mendoza
  Chemical Engineering and Materials Science
  Michigan State University †

Carbon Dioxide Removal from Seawater Driven by a Visible Light-Induced pH Gradient

• David Kwabi
  Mechanical Engineering
  University of Michigan †
• 
  Michael Nippe
  Chemistry
  Texas A&M University, College Station †

Novel Membrane Design for Hybrid Ocean Capture and Desalination

• Matthew Green
  Chemical Engineering
  Arizona State University *
• 
  Katherine Hornbostel
  Mechanical Engineering & Materials Science
  University of Pittsburgh *
• 
  Jenny Yang
  Chemistry
  University of California Irvine *

Electrified Low-Temperature Process for CO2 Capture and Conversion (e-LT-C3)

• Charles McCrory
  Chemistry
  University of Michigan †
• 
  Carlos Morales-Guio
  Chemical and Biomolecular Engineering
  University of California, Los Angeles †

CO2 Conversion to Bioplastics via Electrochemical-Bio Synthesis

• Andrea Hicks
  Civil and Environmental Engineering
  University of Wisconsin – Madison *
• 
  Chong Liu
  Chemistry and Biochemistry
  University of California, Los Angeles *
• 
  Haotian Wang
  Chemical and Biomolecular Engineerin
  Rice University *

Electric-Swing Solid State Sorbents for Direct Air Capture of CO2

• Adam Holewinski
  Chemical & Biological Engineering
  University of Colorado Boulder *
• 
  Katherine Hornbostel
  Mechanical Engineering & Materials Science
  University of Pittsburgh †
• 
  Yuanyue Liu
  Mechanical Engineering
  University of Texas at Austin *
  
  * Funded by RCSA
  † Funded by Alfred P. Sloan Foundation

Using Electrochemistry to Improve Selectivity of Plasma-Assisted CO2 Reduction

• William Bowman
  Materials Science and Engineering
  University of California, Irvine †
• 
  Eva Nichols
  Chemistry
  University of British Columbia †
• 
  Robert Coridan
  Chemistry and Biochemistry
  University of Arkansas †

Integrated Low-Temperature Electrified Process for CO2 Direct Air Capture and Transformation to Solid Carbon

• Kathryn Knowles
  Chemistry
  University of Rochester *
• 
  Carlos Morales-Guio
  Chemical and Biomolecular Engineering
  University of California, Los Angeles *
• 
  Robert Coridan
  Chemistry and Biochemistry
  University of Arkansas *

Investigation of the Carbonation Dynamics of Synthetic Silicates: Guiding the Development of Net-Negative Production Process and Deployment in Enhanced Rock Weathering

• Rafael Santos
  School of Engineering
  University of Guelph ††
• 
  Pratik Dholabhai
  Physics and Astronomy
  Rochester Institute of Technology *
• 
  Andrea Hicks
  Civil and Environmental Engineering
  University of Wisconsin – Madison *

Bricks from The Ocean: Hybrid Microbial-Electrochemical Mineralization of CO2

• Nanette Boyle
  Chemical & Biological Engineering
  Colorado School of Mines *
• 
  Shu Hu
  Chemical and Environmental Engineering
  Yale University ††

Solar-Augmented Direct Air Capture of Methane Using Methanotrophic Bacteria

• Nanette Boyle
  Chemical & Biological Engineering
  Colorado School of Mines *
• 
  Chong Liu
  Chemistry and Biochemistry
  University of California, Los Angeles *

Envisioning a Low Carbon Built Environment through Innovative Electrochemical and Chemical Processing of Construction Materials and Enhanced Circular Reuse

• Greeshma Gadikota
  Civil and Environmental Engineering
  Cornell University ††
• 
  Venkat Viswanathan
  Mechanical Engineering
  Carnegie Mellon University ††

Electrochemically Driven Reactive Capture of CO2 from Air Using Azolium-Carboxylates

• Wilson Smith
  Chemical and Biological Engineering
  University of Colorado Boulder *
• 
  David Kwabi
  Mechanical Engineering
  University of Michigan *
• 
  Robert Gilliard
  Chemistry
  University of Virginia *
  
  * Funded by the Alfred P. Sloan Foundation
  † Funded by RCSA
  †† Funded by the Thistledown Foundation