BibTex format
@inproceedings{Millan:2016,
author = {Millan, M and Lorente, E and Boldrin, P and Brandon, N},
title = {Integration of gasification and fuel cells: Interaction between the anode and contaminants in the syngas},
year = {2016}
}
Citation
RIS format (EndNote, RefMan)
TY - CPAPER
AB - Fouling due to carbon deposition on the fuel cell anode reduces the performance of the cell. • The addition of steam above S/C of 1 was found to reduce carbon deposition from tars but not fully suppress coke formation. • A combination of high S/C=ratio and current density may effectively inhibit carbon formation, maintaining cell performance. • Benzene and toluene represent a "worst-case scenario" as tar models and light fractions are more likely to produce carbon deposits.
AU - Millan,M
AU - Lorente,E
AU - Boldrin,P
AU - Brandon,N
PY - 2016///
TI - Integration of gasification and fuel cells: Interaction between the anode and contaminants in the syngas
ER -
Dr Paul Boldrin
Professor Nigel P Brandon FREng FRS
Dr Sam Cooper
Dr Jacqueline Edge
Dr Carlos E Garcia
Dr Monica Marinescu
Professor Ricardo F Martinez-Botas
Mr Waseem Marzook
Professor Gregory J Offer
Dr Yatish Patel
Dr Catalina A Pino-Munoz
Mr Oisin S Shaw
Mr Oisin S Shaw
Teaching Fellow
Dr Farid Tariq
Dr Huizhi Wang
Dr Billy Wu
Dr Vladimir Yufit
Dr Yan Zhao
Dr Yan Zhao