Objectives
To define basic science needs addressing challenges
for low-temperature fuel cells. Storage and conversion
of energy is critical for society; and fuel cells are
an efficient means to convert chemical energy into electrical
energy with little or no emissions. In particular, low-temperature
(less than 200 ºC) fuel cells are most well suited
for operation on hydrogen. Recent reports have identified
the development of cost-effective, durable, and safe
fuel-cell systems as key research challenges in the
21st Century. The purpose of the workshop is to bring
together an interdisciplinary group of scientists and
engineers with expertise in low-temperature fuel cells.
The specific objectives are 1) to identify gaps in low-temperature
fuel-cell technologies, 2) describe technical approaches
to meet these critical research needs, and 3) establish
an agenda for basic research in low-temperature fuel
cells necessary to advance knowledge across several
disciplines. Finally, the findings of this workshop
will be published in the Journal of the Electrochemical
Society. Thus, these findings will be widely disseminated
and have broad impact on the development of a hydrogen
economy, technologies to meet future energy needs, and
educational initiatives needed to foster more interdisciplinary
research.
Who should Attend
Scientists and
engineers involved in developing fuel-cell technologies
as well as others engaged in complimentary research
areas are encouraged to attend. We seek to have an interdisciplinary
group of both fuel-cell experts and those focused on
other areas.
Registration
and travel expenses
There will be a scholarship program for
travel expenses for a limited number of early career
scientists. Meals and registration will be complimentary
for all attendees.
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