Fuel cell and system for supplying electrolyte thereto
Patent
·
OSTI ID:865109
- Tenafly, NJ
- Highland Park, NJ
An electrolyte distribution and supply system for use with a fuel cell having means for drawing electrolyte therein is formed by a set of containers of electrolyte joined to respective fuel cells in a stack of such cells. The electrolyte is separately stored so as to provide for electrical isolation between electrolytes of the individual cells of the stack. Individual storage compartments are coupled by capillary tubes to the respective fuel cells. Hydrostatic pressure is maintained individually for each of the fuel cells by separately elevating each compartment of the storing means to a specific height above the corresponding fuel cell which is to be fed from that compartment of the storing means. The individual compartments are filled with electrolyte by allowing the compartments to overflow thereby maintaining the requisite depth of electrolyte in each of the storage compartments.
- Assignee:
- Engelhard Corporation (Iselin, NJ)
- Patent Number(s):
- US 4463066
- OSTI ID:
- 865109
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
/429/
allowing
capillary
capillary tube
capillary tubes
cell
cells
compartment
compartments
containers
corresponding
corresponding fuel
coupled
depth
distribution
drawing
drawing electrolyte
electrical
electrical isolation
electrolyte
electrolyte distribution
electrolyte joined
electrolyte therein
electrolyte thereto
electrolytes
elevating
fed
filled
formed
fuel
fuel cell
fuel cells
height
hydrostatic
hydrostatic pressure
individual
individual cell
individual cells
individual storage
individually
isolation
joined
maintained
maintaining
means
overflow
pressure
provide
requisite
respective
respective fuel
separately
separately stored
set
specific
stack
static pressure
storage
storage compartments
stored
storing
supply
supplying
supplying electrolyte
therein
thereto
tubes
allowing
capillary
capillary tube
capillary tubes
cell
cells
compartment
compartments
containers
corresponding
corresponding fuel
coupled
depth
distribution
drawing
drawing electrolyte
electrical
electrical isolation
electrolyte
electrolyte distribution
electrolyte joined
electrolyte therein
electrolyte thereto
electrolytes
elevating
fed
filled
formed
fuel
fuel cell
fuel cells
height
hydrostatic
hydrostatic pressure
individual
individual cell
individual cells
individual storage
individually
isolation
joined
maintained
maintaining
means
overflow
pressure
provide
requisite
respective
respective fuel
separately
separately stored
set
specific
stack
static pressure
storage
storage compartments
stored
storing
supply
supplying
supplying electrolyte
therein
thereto
tubes