Text Oxyfuel combustion

TLF ID M008844

This fact sheet describes oxyfuel combustion, the technology that burns fuel in almost pure oxygen. Because this makes it easier to capture carbon dioxide from flue gas, there is the potential to achieve near-zero carbon dioxide emissions from the production of coal-fired electricity. A diagram illustrating this process is included as well as a brief description of a new project aiming to integrate oxyfuel combustion with carbon capture and sequestration.





Educational details

Educational value
  • Explains how the oxyfuel combustion process can lead to decreased carbon emissions.
  • Lists the advantages and disadvantages of oxyfuel production.
  • Outlines the Callide Oxyfuel project being trialled in central Queensland.
  • Can be downloaded as a PDF or Microsoft Word file.
Year level

3; 4; 5; 6; 7; 8; 9; 10; 11; 12

Learning area
  • Science

Other details

Contributors
  • Contributor
  • Name: Education Services Australia
  • Organization: Education Services Australia
  • Description: Data manager
  • Address: VIC, AUSTRALIA
  • URL: http://www.esa.edu.au/
  • Copyright Holder
  • Name: Queensland Resources Council
  • Organization: Queensland Resources Council
  • Address: QLD
  • Publisher
  • Name: Education Services Australia Ltd
  • Organization: Education Services Australia Ltd
  • Description: Publisher
  • Address: VIC
  • URL: http://www.esa.edu.au/
  • Name: Oresome Resources
  • Organization: Oresome Resources
  • Description: Publisher
  • Address: Queensland
  • URL: http://www.oresomeresources.com/
  • Resource metadata contributed by
  • Name: Education Services Australia Ltd
  • Organisation: Education Services Australia Ltd
  • Address: AUSTRALIA
  • URL: www.esa.edu.au
Access profile
  • Unknown
Learning Resource Type
  • Text
Rights
  • © Queensland Resources Council (QRC) 2011 (except where otherwise indicated). You may view, copy, distribute, communicate and adapt this material for non-commercial educational purposes only, provided you retain all acknowlegements associated with the material and any derivative works to the material.