TG-FTIR measurement of CO2-H2O co-adsorption for CO2 air capture sorbent screening

I.M. Smal, Qian Yu, Rens Veneman, B. Fränzel-Luiten, Derk Willem Frederik Brilman

  • 2 Citations

Abstract

Capturing atmospheric CO2 using solid sorbents is gaining interest. As ambient air normally contains much more (up to 100 times) water than CO2, a selective sorbent is desirable as co-adsorption will most likely occur. In this study, a convenient method based on an TG-FTIR analysis system is developed and used to characterize sorbents for their water and CO2 adsorption capacity when exposed to ambient air. The method allows to determine quantitatively the co-adsorbed amounts of CO2 and water from small sample sizes (10 mg range) and is expected to be a useful instrument in sorbent screening and evaluation
Original languageEnglish
Pages (from-to)6834-6841
Number of pages8
JournalEnergy procedia
Volume63
DOIs
StatePublished - 2014

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Sorbents
Adsorption
Air
Water
Screening

Keywords

  • METIS-308468
  • IR-95085

Cite this

Smal, I.M.; Yu, Qian; Veneman, Rens; Fränzel-Luiten, B.; Brilman, Derk Willem Frederik / TG-FTIR measurement of CO2-H2O co-adsorption for CO2 air capture sorbent screening.

In: Energy procedia, Vol. 63, 2014, p. 6834-6841.

Research output: Scientific - peer-reviewArticle

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abstract = "Capturing atmospheric CO2 using solid sorbents is gaining interest. As ambient air normally contains much more (up to 100 times) water than CO2, a selective sorbent is desirable as co-adsorption will most likely occur. In this study, a convenient method based on an TG-FTIR analysis system is developed and used to characterize sorbents for their water and CO2 adsorption capacity when exposed to ambient air. The method allows to determine quantitatively the co-adsorbed amounts of CO2 and water from small sample sizes (10 mg range) and is expected to be a useful instrument in sorbent screening and evaluation",
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author = "I.M. Smal and Qian Yu and Rens Veneman and B. Fränzel-Luiten and Brilman, {Derk Willem Frederik}",
note = "Open access. 12th International Conference on Greenhouse Gas Control Technologies, GHGT-12",
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TG-FTIR measurement of CO2-H2O co-adsorption for CO2 air capture sorbent screening. / Smal, I.M.; Yu, Qian; Veneman, Rens; Fränzel-Luiten, B.; Brilman, Derk Willem Frederik.

In: Energy procedia, Vol. 63, 2014, p. 6834-6841.

Research output: Scientific - peer-reviewArticle

TY - JOUR

T1 - TG-FTIR measurement of CO2-H2O co-adsorption for CO2 air capture sorbent screening

AU - Smal,I.M.

AU - Yu,Qian

AU - Veneman,Rens

AU - Fränzel-Luiten,B.

AU - Brilman,Derk Willem Frederik

N1 - Open access. 12th International Conference on Greenhouse Gas Control Technologies, GHGT-12

PY - 2014

Y1 - 2014

N2 - Capturing atmospheric CO2 using solid sorbents is gaining interest. As ambient air normally contains much more (up to 100 times) water than CO2, a selective sorbent is desirable as co-adsorption will most likely occur. In this study, a convenient method based on an TG-FTIR analysis system is developed and used to characterize sorbents for their water and CO2 adsorption capacity when exposed to ambient air. The method allows to determine quantitatively the co-adsorbed amounts of CO2 and water from small sample sizes (10 mg range) and is expected to be a useful instrument in sorbent screening and evaluation

AB - Capturing atmospheric CO2 using solid sorbents is gaining interest. As ambient air normally contains much more (up to 100 times) water than CO2, a selective sorbent is desirable as co-adsorption will most likely occur. In this study, a convenient method based on an TG-FTIR analysis system is developed and used to characterize sorbents for their water and CO2 adsorption capacity when exposed to ambient air. The method allows to determine quantitatively the co-adsorbed amounts of CO2 and water from small sample sizes (10 mg range) and is expected to be a useful instrument in sorbent screening and evaluation

KW - METIS-308468

KW - IR-95085

U2 - 10.1016/j.egypro.2014.11.717

DO - 10.1016/j.egypro.2014.11.717

M3 - Article

VL - 63

SP - 6834

EP - 6841

JO - Energy procedia

T2 - Energy procedia

JF - Energy procedia

SN - 1876-6102

ER -