Quick
Links

Tao
Gu
2D51 Swearingen
Engineering
Center
Department of
Chemical
Engineering
University of South
Carolina, Columbia
29208
Phone
803.777.6750
Fax 803.777.8265
E-mail
For more information
To learn more about the
Department of Chemical
Engineering at The
University of South
Carolina, call or mail us
at:
The University of
South Carolina
Department of Chemical
Engineering
2C02, Swearingen
Engineering Center
301 South Main Street
Columbia, SC 29208
Ph 803.777.4181
Fax 803.777.8265
Maps:
USC
campus Columbia,
SC
|
 |
Tao Gu
Research Assistant
Professor
Dr. Gu studies fuel
cells with experimental
methods. His current
focus is to
systematically screen
possible impurities that
may affect Proton
Exchange Membrane Fuel
Cells (PEMFCs) system
performance and develop a
priority list sorted by
chemical functionality.
Dr. Gu designs and
performs experiments to
measure effects of
dosage, concentration,
and rate of contamination
and determines the
mechanism of transport
and of PEMFC degradation.
He also develops methods
that allow prediction of
effects of contaminants
on cell life and
performance.
Education
- Ph.D., Chemical
Engineering, University
of South Carolina,
Columbia, SC
(2004).
Dissertation: "Effect
of Reformate Components
and Stack Component
Impurities on the
Performance of PEMFCs"
(Advisor: John W. Van
Zee)
- M.S., Applied
Chemistry, Shanghai
Jiaotong University,
China. (2000)
Thesis: "Corrosion
Behavior of the
Corrosion Resistive
Zinc-Iron Alloy"
(Advisor: Y. C.
Huang)
- B.S., Metallurgy,
Central South
University, China
(1995)
Selected
Publications
- Tao Gu, Y. C.
Huang, "Corrosion
Behavior of Zinc Iron
Alloy in 3.5% NaCl
Solution", Corrosion
and Protection
(Chinese), 21, 390
(2000).
- Tao Gu, W-k. Lee,
J. W. Van Zee, and M.
Murthy, "The Effect of
Reformate Components on
PEMFC Performance:
Dilution and Reverse
Water Gas Shift
Reaction", Journal of
Electrochemical
Society, 151, A2100
(2004).
- Tao Gu, W-k. Lee,
and J. W. Van Zee,
"Quantifying the
Reverse Water Gas Shift
Reaction inside a PEM
Fuel Cell", a special
edition of the Journal
of Applied Catalysis B,
February 2004.
Invited
- Tao Gu, W-k. Lee,
and J. W. Van Zee, "Gas
Crossover in a PEMFC",
to be submitted to the
International Journal
of Hydrogen
Energy.
- Tao Gu, W-k. Lee,
and J. W. Van Zee, "The
Effect of Impurities
from Bipolar Plates on
PEMFC Performance", to
be submitted to Journal
of Power Sources.
|