Electrolyte vapor condenser
Patent
·
OSTI ID:864487
- Newington, CT
- East Hartford, CT
- Canton, CT
A system is disclosed for removing electrolyte from a fuel cell gas stream. The gas stream containing electrolyte vapor is supercooled utilizing conventional heat exchangers and the thus supercooled gas stream is passed over high surface area passive condensers. The condensed electrolyte is then drained from the condenser and the remainder of the gas stream passed on. The system is particularly useful for electrolytes such as phosphoric acid and molten carbonate, but can be used for other electrolyte cells and simple vapor separation as well.
- Research Organization:
- UNITED TECHNOLOGIES CORP
- Sponsoring Organization:
- USDOE
- DOE Contract Number:
- AC03-77ET11302
- Assignee:
- United Technologies Corporation (Hartford, CT)
- Patent Number(s):
- US 4372759
- OSTI ID:
- 864487
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
/95/55/165/429/
acid
carbonate
cell
cell gas
cells
condensed
condenser
condensers
containing
containing electrolyte
conventional
conventional heat
cooled gas
disclosed
drained
electrolyte
electrolyte cell
electrolyte vapor
electrolytes
exchangers
fuel
fuel cell
gas
gas stream
heat
heat exchange
heat exchanger
heat exchangers
molten
molten carbonate
particularly
particularly useful
passed
passive
phosphoric
phosphoric acid
remainder
removing
separation
simple
stream
stream containing
supercooled
surface
useful
utilizing
utilizing conventional
vapor
vapor condense
acid
carbonate
cell
cell gas
cells
condensed
condenser
condensers
containing
containing electrolyte
conventional
conventional heat
cooled gas
disclosed
drained
electrolyte
electrolyte cell
electrolyte vapor
electrolytes
exchangers
fuel
fuel cell
gas
gas stream
heat
heat exchange
heat exchanger
heat exchangers
molten
molten carbonate
particularly
particularly useful
passed
passive
phosphoric
phosphoric acid
remainder
removing
separation
simple
stream
stream containing
supercooled
surface
useful
utilizing
utilizing conventional
vapor
vapor condense