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  • CAPTURE TYPE
    • ATMOSPHERIC CAPTURE
      • BECCS
      • Coastal blue carbon
      • Direct air capture
      • Mineralization
    • FUGITIVE EMISSIONS CAPTURE
      • End use systems
      • Fuel transfer
      • Mine mouth/ventilation air methane
      • Pipelines
      • Well sites
    • INDUSTRIAL CAPTURE
      • BECCS
      • Chemical looping
      • Fuel cells
      • Oxy-fuel combustion
      • Post-combustion
      • Pre-combustion
  • UTILIZATION TYPE
    • LONG-TERM STORAGE
      • Carbon fibers
      • Cement
      • Plastics
      • Polymers
      • Steel
      • Synthetic materials
    • PERMANENT SEQUESTRATION
      • Enhanced oil recovery
      • Geologic formations
      • Saline formations
    • SHORT-TERM RECYCLING
      • Biodegradable plastics
      • Food and beverage
      • Process chemicals
      • Synthetic hydrocarbons
  • STAGE OF DEV
    • LAB
    • PILOT
    • DEMONSTRATION
    • COMMERCIAL
  • SEE ALL
    • Projects
    • Technologies
    • All
RESULTS Atmospheric Capture, Mineralization, Synthetic materials, Pilot, ALL

University of Newcastle Carbon Mineralization

Atmospheric Capture, Mineralization, Synthetic materials, Pilot, ALL

Pilot project for Mineral Carbonation International in Sydney, Australia.

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Hazelwood Project

Industrial Capture, Post-combustion, Synthetic materials, ALL, Complete

Formerly Australia’s largest CCS facility integrated into a power station.

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Newlight

Long-term Storage, Synthetic materials, Pilot, ALL

Microorganisms from the ocean are fed GHG, such as methane, and can be made into product.

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Beter Gallant- MIT

Long-term Storage, Synthetic materials, Demonstration, ALL

An attempt to derive lithium-CO2 compound that can be used in batteries.

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University of Southern California

Carbon fibers, Technology, Industrial Capture, Long-term Storage, Synthetic materials, Lab, ALL

Research of transport and reaction in membranes, adsorbents, and catalysts; Experiments involve carbon molecular sieve and SiC membranes.

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RRTC

Cement, Technology, Industrial Capture, Long-term Storage, Post-combustion, Synthetic materials, Lab, ALL

A combination of two technologies to capture CO₂ from power plants and store it in the form of a carbonate-bonded composite monolith block can be cost-effective in theory and energy-efficient.

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Global CO2 Initiative (University of Michigan)

Carbon fibers, Technology, Cement, Synthetic hydrocarbons, Industrial Capture, Plastics, Process chemicals, Long-term Storage, Polymers, Post-combustion, Synthetic materials, Short-term Recycling, Lab, ALL

The Global CO2 Initiative at the University of Michigan aims to identify and pursue commercially sustainable approaches that reduce atmospheric CO2 levels by 4 gigatons/year.

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Ada Diamonds

Technology, Long-term Storage, Synthetic materials, Commercial, ALL

Makes lab-grown diamonds using captured greenhouse gases.

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SkyBaron

Technology, Synthetic materials, Commercial, ALL

SkyBaron provides everyday products, such as watches and pens, made from captured and recycled carbon.

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Graviky Labs – Air-to-Ink

Technology, Long-term Storage, Synthetic materials, Commercial, ALL

Ink and other types of paint are chemically converted from pollution air particles, including carbon.

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