@article{ART001307186},
author={Yong-gun Shul and Jung-hyun Lee and Sang-sun Park and Jong-man Park and Dong-hyun Kim and Hasuck Kim and Seung-eul Yoo},
title={PEMFC Operation Connected with Methanol Reformer System},
journal={Carbon Letters},
issn={1976-4251},
year={2008},
volume={9},
number={4},
pages={303-307}
TY - JOUR
AU - Yong-gun Shul
AU - Jung-hyun Lee
AU - Sang-sun Park
AU - Jong-man Park
AU - Dong-hyun Kim
AU - Hasuck Kim
AU - Seung-eul Yoo
TI - PEMFC Operation Connected with Methanol Reformer System
JO - Carbon Letters
PY - 2008
VL - 9
IS - 4
PB - Korean Carbon Society
SP - 303
EP - 307
SN - 1976-4251
AB - The studies on integrated operation of fuel cell with fuel processor are very essential prior to its commercialization.
In this study, Polymer Electrolyte Membrane Fuel Cell (PEMFC) was operated with a fuel processor, which is mainly
composed of two parts, methanol steam reforming reaction and preferential oxidation (PROX). In fuel processor, ICI
33-5 (CuO 50%, ZnO 33%, Al2O3 8%, BET surface area: 66 m2g−1) catalyst and CuO-CeO2 catalyst were used for
methanol steam reforming, preferential oxidation (PROX) respectively. PEMFC was operated by hydrogen fuel generated
from fuel processor. The resulting gas from PROX reactor is used to operate PEMFC equipped with our prepared
anode and cathode catalyst. PtRu/C catalyst gives more tolerance to CO.
KW - Methanol steam reformer;Polymer electrolyte membrane fuel cell (PEMFC);Membrane electrode assembly
(MEA);Preferential oxidation (PROX)
DO -
UR -
ER -
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim and Seung-eul Yoo. (2008). PEMFC Operation Connected with Methanol Reformer System. Carbon Letters, 9(4), 303-307.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim and Seung-eul Yoo. 2008, "PEMFC Operation Connected with Methanol Reformer System", Carbon Letters, vol.9, no.4 pp.303-307.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim, Seung-eul Yoo "PEMFC Operation Connected with Methanol Reformer System" Carbon Letters 9.4 pp.303-307 (2008) : 303.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim, Seung-eul Yoo. PEMFC Operation Connected with Methanol Reformer System. 2008; 9(4), 303-307.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim and Seung-eul Yoo. "PEMFC Operation Connected with Methanol Reformer System" Carbon Letters 9, no.4 (2008) : 303-307.
Yong-gun Shul; Jung-hyun Lee; Sang-sun Park; Jong-man Park; Dong-hyun Kim; Hasuck Kim; Seung-eul Yoo. PEMFC Operation Connected with Methanol Reformer System. Carbon Letters, 9(4), 303-307.
Yong-gun Shul; Jung-hyun Lee; Sang-sun Park; Jong-man Park; Dong-hyun Kim; Hasuck Kim; Seung-eul Yoo. PEMFC Operation Connected with Methanol Reformer System. Carbon Letters. 2008; 9(4) 303-307.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim, Seung-eul Yoo. PEMFC Operation Connected with Methanol Reformer System. 2008; 9(4), 303-307.
Yong-gun Shul, Jung-hyun Lee, Sang-sun Park, Jong-man Park, Dong-hyun Kim, Hasuck Kim and Seung-eul Yoo. "PEMFC Operation Connected with Methanol Reformer System" Carbon Letters 9, no.4 (2008) : 303-307.