| Demonstration
for Combined Hydrogen, Electricity and Heat Generation / System Designed
to Address Industrial and Transportation Applications
LEHIGH VALLEY, Pa.-- Air Products
(NYSE: APD), a global leader in hydrogen fueling station technology and
the world's largest producer of hydrogen, and FuelCell Energy, Inc. (Nasdaq:
FCEL), a leading manufacturer of efficient, ultra-clean power plants using
renewable and domestic fuels for commercial and industrial customers, today
announced that construction has commenced on an advanced hydrogen energy
demonstration station. The station, funded in part by the United States
Department of Energy (DOE), is to demonstrate a tri-generating green energy
system capable of providing low-cost hydrogen, electric power and heat
from one integrated unit.
The new system will combine FuelCell
Energy's Direct FuelCell® (DFC®) power plants with Air Products'
advanced gas separation technologies. The DFC system produces reliable
ultra-clean electric power and heat for cogeneration, as well as hydrogen
for industrial applications and fuel cell vehicles. The system is designed
to produce more than 250 kilowatts (kW) of green power and over 135 kilograms
(about 300 pounds) of hydrogen per day. The system could provide hydrogen
for smaller industrial users who routinely purchase liquid or gaseous hydrogen
that currently must be delivered by truck. The DFC system could also be
equipped to provide daily hydrogen fueling for approximately 35 fuel cell
vehicles.
The tri-generation system (hydrogen,
electricity and heat) is designed to operate on renewable fuel sources,
such as anaerobic digester gas from industrial or municipal wastewater
treatment facilities, as well as readily available fuels, including natural
gas and propane. The overall cost of on- site generation of hydrogen via
this process has the potential to be significantly lower than other currently
available production options, and thus could provide hydrogen and energy
at decreased costs.
"This energy station is a tremendous
opportunity to be able to offer hydrogen, electricity and heat in one highly
efficient system," said Ed Kiczek, senior business development manager-Hydrogen
Energy Systems at Air Products. "This technological innovation could also
help develop the infrastructure needed to support hydrogen-fueled cars
of the future."
The companies completed the design
phase of the DOE project in 2006. System construction is expected to be
complete in 2007. The unit will be tested at FuelCell Energy and shipped
to Air Products for subsequent field demonstrations. Several locations
are being evaluated for the field test, which is scheduled to occur before
the end of 2008.
Air Products is the lead contractor
and system integrator for this DOE demonstration project titled, "Validation
of an Integrated System for a Hydrogen Fueled Power Park." FuelCell Energy,
a subcontractor on the demonstration project, will be responsible for building
the customized power plant component and providing the hydrogen-containing
stream for separation. Air Products will construct the equipment needed
to separate hydrogen and compress it to the desired pressure levels. The
system addresses DOE hydrogen purity requirements for fuel cell vehicles.
Globally, Air Products has placed over 65 fueling stations on stream in
12 countries, most recently for mass transit fueling in Beijing, China
for buses to be used to shuttle athletes and visitors for the 2008 Olympic
Games.
"The HES system will not only help
provide the infrastructure for hydrogen re-fueling stations needed for
fuel cell automobiles as they advance from demonstration stage to commercialization,
but will also meet the current market demand for lower cost hydrogen, thus
increasing the value proposition of our DFC products," said Chris Bentley,
FuelCell Energy's executive vice president of Government Operations and
Strategic Manufacturing Development.
Excluding the demand spike that may
result from commercializing hydrogen- fueled cars, the current market for
hydrogen is significant with over 50 million tons of hydrogen produced
annually worldwide, according to the National Hydrogen Association.
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