Reticulated porous ceramic structures made of ceria are investigated for their ability to volumetrically absorb concentrated solar radiation and drive the thermochemical redox splitting of H2O and CO2. Various geometric modifications to the RPC (Reticulated Porous Ceramics) exposed surface area are considered to improve radiation penetration and enable uniform heating. The structures were exposed to high-flux irradiation, their temperature distribution was measured, and their performance was analyzed, including calculation of oxygen release.
REFERENCES
1.
D.
Marxer
, P.
Furler
, J.
Scheffe
, H.
Geerlings
, C.
Falter
, V.
Batteiger
, A.
Sizmann
and A.
Steinfeld
, Energy & Fuels
, 2015
, 29
, 3241
–3250
.2.
D.
Marxer
, P.
Furler
, M.
Takacs
and A.
Steinfeld
, Energy & Environmental Science
, 2017
, 10
, 1142
–1149
.3.
P.
Furler
, J.
Scheffe
, D.
Marxer
, M.
Gorbar
, A.
Bonk
, U.
Vogt
and A.
Steinfeld
, Physical Chemistry Chemical Physics
, 2014
, 16
, 10503
–10511
.4.
K.
Schwartzwalder
and A. V.
Somers
, Journal
, 1963
.5.
S.
Ackermann
, M.
Takacs
, J.
Scheffe
and A.
Steinfeld
, International Journal of Heat and Mass Transfer
, 2017
, 107
, 439
–449
.6.
R. J.
Panlener
, R. N.
Blumenthal
and J. E.
Garnier
, Journal of Physics and Chemistry of Solids
, 1975
, 36
, 1213
–1222
.
This content is only available via PDF.
© 2019 Author(s).
2019
Author(s)