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Anuta Belova Anuta Belova Christopher Yee Christopher Yee Earth and Environmental Engineering Earth and Environmental Engineering [email protected] [email protected] Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Institute Student Research Conference, March 26, 2009, Columbia University
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Anuta Belova Christopher Yee Earth and Environmental Engineering [email protected] Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Dec 21, 2015

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Page 1: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Anuta BelovaAnuta Belova

Christopher YeeChristopher Yee

Earth and Environmental EngineeringEarth and Environmental Engineering

[email protected]@columbia.edu

Carbon Dioxide Capture on

a Novel Calcium Oxide Sorbent.

Earth Institute Student Research Conference, March 26, 2009, Columbia University

Page 2: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Carbonated Energy Carriers Dominate the

Current US Electricity Supply.

Victor Der, US DOE. “Climate Change and Energy Security: The Role of Carbon

Management.”

Page 3: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

CaO(s) + CO2(g) CaCO3(s)

Page 4: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

1970 - The Clean Air Act

Page 5: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Experimental Reactor

.

Page 6: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Stability over Time

0%

20%

40%

60%

80%

100%

120%

0 2 4 6 8 10 12 14 16 18 20

Number of Cycles

Co

rre

cte

d E

ffic

ien

cy

Columbia University

CaOColumbia University

Wang 2005

Abanades 2003

TGA Analyis: CO2 capture in 20-50% CO2 in N2, regeneration in 100% N2

Page 7: Anuta Belova Christopher Yee Earth and Environmental Engineering ab2011@columbia.edu Carbon Dioxide Capture on a Novel Calcium Oxide Sorbent. Earth Institute.

Acknowledgments:

Earth Institute

Lenfest Center for Sustainable Energy

BASF Group and Prof. Farrauto

Earth and Environmental Engineering

Profs. Yegulalp, Castaldi, Lackner and

Duby

Earth Institute Student Research Conference, March 26, 2009, Columbia University