Description:
This session examines innovative alternatives to solvent-based and oxyfuel carbon capture processes that have rigorously defendable performance advantages in terms of energy and cost and have at least some experimental verification of the process. One of the featured processes is cryogenic carbon capture, a process in which CO2 desublimates in the flue gas. Additional potential processes include chemical looping and solvent-based systems with condensed-phase CO2 separation. Biomass cofiring with coal will also be discussed both in conjunction with the other carbon capture systems
and as a separate technology.
Sponsor:
Sustainable Energy
Co-Sponsor(s):
Emerging Energy Processes (07C), Research and New Technology Committee (18j)
Chair:
Christopher Hoeger
Chemical Engineer
Sustainable Energy Solutions
1800 South Novell Place
Provo, UT 84606
Phone Number: (801) 850-6364
Email: christopher.hoeger@gmail.com
Chemical Engineer
Sustainable Energy Solutions
1800 South Novell Place
Provo, UT 84606
Phone Number: (801) 850-6364
Email: christopher.hoeger@gmail.com
Co-chairs:
Larry L. Baxter
Professor
Brigham Young University
Chemical Engineering
350U CB Brigham Young University
Provo, UT 84602
Phone Number: 801-422-8616
Email: larry_baxter@byu.edu
William M. Barrett
US Environmental Protection Agency
26 W Martin Luther King Dr, MS-445
Cincinnati, OH 45268
Phone Number: 513-569-7220
Fax Number: 513-569-7471
Email: barrett.williamm@epa.gov
Professor
Brigham Young University
Chemical Engineering
350U CB Brigham Young University
Provo, UT 84602
Phone Number: 801-422-8616
Email: larry_baxter@byu.edu
William M. Barrett
US Environmental Protection Agency
26 W Martin Luther King Dr, MS-445
Cincinnati, OH 45268
Phone Number: 513-569-7220
Fax Number: 513-569-7471
Email: barrett.williamm@epa.gov
Papers:
See more of this Group/Topical: Sustainable Engineering Forum
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