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Jean
St-Pierre
2B46 Swearingen
Engineering
Center
Department of
Chemical
Engineering
University of South
Carolina, Columbia
29208
Phone
803.777.2581
Fax 803.777.8142
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
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Jean St-Pierre
Research
Professor
Dr. St-Pierre is a
leading electrochemical
engineer with over 15
years academic and
industrial research
experience within the
electrochemical
technology industry,
including energy
conversion,
electrowinning,
electrodeposition and
electrosynthesis. He has
a track record of
mathematical modeling,
concept generation and
patenting, and,
management of technical
demonstration and
development partnerships,
including program
development, with
academic, government and
industrial organizations.
Dr. St-Pierre is
currently expanding and
summarizing his
experience in a fuel cell
engineering textbook for
undergraduate and
graduate students.
Dr. St-Pierre's
current research
interests include the
development of diagnostic
methods for proton
exchange membrane fuel
cells to facilitate
fundamental understanding
of two key issues: water
management and
performance degradation.
For water management,
residence time
distribution and
micro-fluidics were
selected to respectively
measure the amount of
water in flow field
channels, gas diffusion
electrodes and membranes
during cell operation,
and the fundamental
properties (saturation,
capillary pressure,
intrinsic and relative
permeabilities)
associated with two-phase
flow in thin porous media
(gas diffusion
electrodes). The
information generated
will be used to validate
and further develop
mathematical models with
the objective to increase
prediction accuracy. For
performance degradation,
the development of
methods to
non-destructively
characterize and
accelerate catalyst
particle sintering at low
temperatures (<
100° C) represent
the main objectives.
Education
- Honorary Research
Fellow, University of
Exeter, School of
Engineering, UK
(1989-1991)
Advisor: Anthony A.
Wragg
- Ph. D.,
Metallurgical
Engineering, École
Polytechnique,
Montré;al, QC,
Canada (1986-1989)
Advisor: Dominique L.
Piron
- M. Sc. A.,
Metallurgical
Engineering, École
Polytechnique,
Montréal, QC,
Canada (1983-1985)
Advisor: Dominique L.
Piron
- B. Ing.,
Engineering Physics,
École
Polytechnique,
Montréal, QC,
Canada (1979-1983)
Senior Thesis Advisor:
Dominique L. Piron
Selected
Publications
- J. St-Pierre, D. P.
Wilkinson, S. Knights
and M. L. Bos,
"Relationships between
Water Management,
Contamination and
Lifetime Degradation in
PEFC", J. New Mat.
Electrochem.
Systems, 3 (2000)
99-106. [PDF]
- J. St-Pierre and D.
P. Wilkinson, "Fuel
Cells: A New, Efficient
and Cleaner Power
Source", AIChE
J., 47 (2001)
1482-1486. [PDF]
- D. P. Wilkinson and
J. St-Pierre, "In-plane
Gradients in Fuel Cell
Structure and
Conditions for Higher
Performance", J.
Power Sources, 113
(2003) 101-108.
[PDF]
- S. D. Knights, K.
M. Colbow, J. St-Pierre
and D. P. Wilkinson,
"Aging Mechanisms and
Lifetime, PEFC and
DMFC", J. Power
Sources, 127
(2004) 127-134.
[PDF]
- P. Berg, K.
Promislow, J.
St-Pierre, J. Stumper
and B. Wetton, "Water
Management in PEM Fuel
Cells". J.
Electrochem. Soc.,
151 (2004) A341-A353.
[PDF]
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