Water transport
Patents
International
A
transport
water
oprimised
Lanthanum Applicant:
gallate
University
electrolyte
of Texas, USA
characteristics
strength.
porating
a doped
Patent
number:
lanthanum
fuel
cell incor-
permeability,
through-plane
is described
optimal
bubble
pressure,
median
pore
Patent
99166577
SOFC air electrode
Matsushita
Applicant:
This PEM
fuel cell features
This
thin-film
SOFC
air electrode
of an Ag-perovskite electrode
cermet.
has good
This
catalytic
activity,
Integrated
Isaak
integrated
motor,
including
DC
a novel,
in which
a fuel cell is
type
monopole
motor.
Applicant: The
Vanderbilt
invention
posites
precursors
useful
particularly Patent
University,
number:
and improved methanol
WO
Japan
number:
for a PEM
Patent
Battery,
for producing composite the catalyst
Tanaka
Watanabe
(Japan)
A platinum-ruthenium polymer electrolyte has excellent
93166575
production particles
Kogyo;
to CO allows
to be carried
with
internal
of the
total heat
39166580
for a
in this invention.
Germany
platinum-supported
catalyst,
to CO
poisoning,
fuel cell anode.
and Ru on a finely The
two metals
with
high
is described
The
catalyst
divided,
for a
contains
conductive
are not alloyed,
dispersed
Patent number:
SOFCs University
Pt
support.
and are present
form.
US 6007934
patent
a
USA
M.
poisoning.
Pt and
Applicant:
describes the use of vapour techniques to synthesise thin-film
components.
The
deposition
the electrodes sputter-coated electrode
Fuel desulfurisation of California,
electrolyte
are formed with
interface
is formed
of ion conducting from
metal;
ceramic
oxide; powders
and the electrolyte-
is formed
by CVD
compounds onto the porous Patent number: US 6007683
Ru
The metal
This
of zirconia
International
the sulfur gasoline,
diesel,
fuels, natural fuel cell. The
Stored
oxidiser
power
to generate
compressed
the
gas is fed to the cell to give initial air
a load,
part of which
compressor,
which
air to the cathode.
valve then transfers
The
the stack from
is used supplies
air system
the stored
to the air compressor. Patent number: US 6007930
no agglomeration
gas
Fuel Cells,
to
desulfurised
remnanrs
nickel
liquid
number:
hydrocarbon a
where
is
sulfide,
The
the
sulfur
while the through the fuel
system
operates
transfer
International
Fuel Cells,
mass/heat
cell at about
ambient
water
picked
transfer pressure
USA
device
in a fuel
operates
so that
up by the cathode
exhaust
stream
passes
directly
through
a
medium
into
the oxidant
stream
entering
Patent
at
and can be used to
99l67018
Direct mass/heat
vapour
or stationary
or gaseous fuels. WO
a direct
all
fuel -
fuel passes through
continue
system.
Applicant: Here
light
low temperatures
Patent
oxidant USA
bed
converted
cell, thereby International
undiluted
almost
hydrocarbon
naphtha,
desulfuriser
desulfurise
USA
removes
gas etc. - for a mobile
processing
USA is described.
system
in an undiluted
relatively
a fuel cell
Fuel Cells,
fuel processing
nickel
electrodes.
Applicunt:
w
A
Degussa,
in highly
Mass and heat recovery
99166576
conductivity
is promoted
anode catalyst
PEM
and in the same vicinity. WO
and
reuse of cooling
Patent
number:
the
USA
electrical
CO-tolerant Applicant:
into the inside
gives efficient
Applicant: Ford Global Technologies, The initiation of a fuel cell system
catalyst for solid fuel cells is described which
method
heat
a
agent
WO
and/or
US 6007933
oxidising
a compact
elan-
onto
US 6007932
Patent number:
resistance
and provides
fuel cells wound
Plug Power,
service
gas to the fuel gas and
to start
resistance
Japan
fuel cell features
transferring
gas, built
made from
and multiple
Fuel cell assembly unit
ft-om the exhaust
Initiating
Kikinzoku
number:
moisture
This
substrate
fuel cell Industrial,
or direct
Catalyst for PEM fuel cell Applicants:
Electric for
exchanger
PEM
fuel cell assembly
electrolyte
heat
by reactive
Japan
modification
WO
93166578
electrolyte
SOFC
fuel cell, where
in methanol fuel cells.
number:
WO
tubular
USA assembly
on the catalyst
reaction.
Matsushita
Applicant:
material is supported in the electrode in as high an active state as possible. These electrodes may be used methanol
Patent
This high polymer
This
The patent describes a merhod solid polymer electrolyte-catalyst electrode
with
layers
Fluid
Thin-film
fuel cells.
electrode
Storage
layer on the electrode,
electrode
deposition
Applicant;
the
nanocomcompositions,
99166574
PEM composite
substrate.
efftcient
Patent number:
for preparing
in fuel cell catalyst in direct
layer
exchanger.
USA
leaving
1
material,
flexible
Applicant:
water,
relates to methods
polymetallic
gated
surfaces or catalyst carrier particles. It excellent performance owing to an
endplates.
nanocomposites
a porous
particle exhibits
Applicant:
compact
US 600793
a fluid-permeable
Japan
a layer of conductive
the catalyst
ion diffusion
Patent
US 6005322
Polymetallic
Industrial,
D. Molleker
a cylindrical
electric
number:
to
number:
reaction
between
High polymer
with
(homopole)
(Canada),
relates
of electric
Patent
conductivity.
a direct recovering
Applicant; Gore Enterprise Holdings, Th e patent describes a fuel cell
Electric
and the gas diffusion hydrogen
fuel cell electric motor M.E
(USA) This invention design
air
low inter-
facial resistance and high electrical Patent number: US 6004696
Applicants:
fine particles
is composed inexpensive
and
yield
Catalyst on electrode USA
processing,
Tubular fuel cell WO
Applicant; University,
fuel
plant.
US 6004688
Northwestern
recovery system for a fuel includes a fuel cell,
for mass/heat transfer device mass and heat such as water vapour
size, porosity,
and compressive
mass and heat power plant
hydrocarbon
with
to greatly
It exhibits for
resistivity
Patent number:
gallate electrolyte.
USA
characteristics
fuel cell operation.
magnesium,
oxide
plate
physical
improve water
and a solid
Fuel Cells,
physical
The patent describes a perovskite lanthanum gallate electrolyte doped with strontium and
This cell
plate
Applicant:
humidifying
and adding
transfer the
heat to the
stream. number:
WO
99167829
Fuel Cells
Bulletin
No. 22