Search Results - samantha+taylor

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  1. Enhanced CO2 Uptake with High Porous Temperature Swing Sorbents
    Background The Intergovernmental Panel on Climate Change (IPCC) emphasizes the urgent need to remove CO2 from the atmosphere by the end of the century to limit global warming to below 2 °C. Direct Air Capture (DAC) is essential in all scenarios to meet this target, requiring the removal of about 1,000 gigatons of CO2. DAC systems use chemical sorbents...
    Published: 7/24/2025
    Inventor(s): Thiago Barbosa, Klaus Lackner, Samantha Taylor
    Keywords(s):  
    Category(s): Physical Science, Environmental, Advanced Materials/Nanotechnology
  2. AUDACity: DAC Polymer-Enhanced Cyanobacterial Bioproductivity
    Background Carbon dioxide removal (CDR) methods from atmospheric air, including direct air capture (DAC), is essential to limit the spread of global warming. However, current DAC approaches based on thermal and pressure swings are very energy intensive. Moisture-driven DAC using strong-base anion exchange resins (AER) reversibly binds CO2 from ambient...
    Published: 2/13/2025
    Inventor(s): Justin Flory, Willem Vermaas, Klaus Lackner, Matthew Green, Marlene Velazco Medel, Samantha Taylor, Shuqin Li
    Keywords(s): Biofuels Production, Bioplastic and Biopolymers
    Category(s): Physical Science, Environmental, Alternative Energy/Biofuels/Bioplastics/Algae
  3. Methods and Systems for Capturing and Concentrating CO2 Using Mesh Tubes
    Background Carbon dioxide removal (CDR) from atmospheric air, which includes direct air capture (DAC), is essential to limit global warming to 2°C, or ideally 1.5°C. Current DAC methods based on thermal and pressure swings remain too energy intensive. Moisture-driven DAC using strong-base anion exchange resins (AER) binds CO2 from ambient air...
    Published: 2/13/2025
    Inventor(s): Samantha Taylor, Justin Flory, Klaus Lackner
    Keywords(s): CO2 Capture
    Category(s): Environmental, Physical Science, Alternative Energy, Advanced Materials/Nanotechnology

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