Search Results

6 resources

How to reach net-zero emissions? Extract CO2 and put it to better use

  • Texas A&M University (TX)

Excess carbon dioxide in Earth’s atmosphere can be isolated and transformed into value-added chemicals for fuels, a team of researchers in the Artie McFerrin Department of Chemical Engineering say ...


Buying Carbon Dioxide Removals

  • Raritan Valley Community College (NJ)

Carbon Dioxide Removals are coming onto the market as an alternative to traditional carbon offsets. Microsoft, Stripe, and Shopify are supporting the development of CDR technologies and companies by vetting ...

  • Posted Jan. 21, 2022
  • Conference Presentations
  • View more

Carbon Capture Technologies

  • Michigan State University (MI)
  • University of California, Los Angeles (CA)
  • University of Minnesota, Twin Cities (MN)

The transition away from using natural gas and other fossil fuels for stationary heat and power will take time, but carbon capture technologies can be implemented on existing generators, boilers ...

  • Posted Dec. 4, 2019
  • Conference Presentations
  • View more

University of Houston Tree Inventory

  • University of Houston (TX)

There is an old saying that to plant a tree is the most optimistic act a person can do. This is because it takes so long for trees to grow ...


Profitable Carbon Capture Technology for Campus Power Plants

  • University of Maryland, College Park (MD)

The University of Maryland is pursuing a partnership with technology firm, HY-TEK Bio, to install an algae based carbon capture system to mitigate emissions from UMD's combined heat and ...

  • Posted Nov. 5, 2018
  • Conference Presentations
  • View more

MSc in Carbon Storage & Capture

  • University of Edinburgh

Geological reservoirs are vital for the hydrocarbon industry, drinking water supply and geological carbon storage. This programme provides training in reservoir geology and an overview of geological carbon storage including ...

  • Posted Feb. 25, 2016
  • Academic Programs
  • View more