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  • F01K25/00
    		•  Plants or engines characterised by use of special working fluids, not otherwise provided for; Plants operating in closed cycles and not otherwise provided for HB CC 3G081
  • F01K25/00@A
    		•  Working fluid that circulates through the heat pipe HB CC 3G081
  • F01K25/00@B
    		•  Steam generated as a result of combustion of hydrogen and oxygen used as a working fluid HB CC 3G081
  • F01K25/00@C
    		•  utilising the Rayleigh flow characteristics HB CC 3G081
  • F01K25/00@D
    		•  Working fluid circulated by using an air-lift pump HB CC 3G081
  • F01K25/00@E
    		•  Working fluid circulated by utilising the osmotic pressure HB CC 3G081
  • F01K25/00@F
    		•  circulating the exhaust gas in a fully closed or half closed circuit (circulation in an internal combustion engine F 02 B 47/10) HB CC 3G081
  • F01K25/00@G
    		•  Circulating the absorbed liquid of the working fluid between the condenser and steam generator (E takes precedence. Low-temperature steam 25/10. Using the concentration difference energy F 03 G 7/00) HB CC 3G081
  • F01K25/00@H
    		•  characterized by lubrication; separating the working fluid from the lubricant HB CC 3G081
  • F01K25/00@W
    		•  Control (A to H take precedence.) HB CC 3G081
  • F01K25/00@Z
    		•  Others HB CC 3G081
  • F01K25/02
    		•  .the fluid remaining in the liquid phase HB CC 3G081
  • F01K25/04
    		•  .the fluid being in different phases, e.g. foamed HB CC 3G081
  • F01K25/06
    		•  .using mixtures of different fluids (plants using mixtures of steam and gas F01K 21/04) HB CC 3G081
  • F01K25/08
    		•  .using special vapours HB CC 3G081
  • F01K25/10
    		•  ..the vapours being cold, e.g. ammonia, carbon dioxide, ether HB CC 3G081
  • F01K25/10@A
    		•  utilising the cold heat of a liquefied gas, e.g. liquefied natural gas (LNG) for steam condensation HB CC 3G081
  • F01K25/10@T
    		•  .using a multi-fluid heat exchanger (U and V take precedence.) HB CC 3G081
  • F01K25/10@U
    		•  .Gasified gas of a liquefied gas that further drives the open cycle expansion device (V takes precedence. Open cycle expansion device only B) HB CC 3G081
  • F01K25/10@V
    		•  .Control HB CC 3G081
  • F01K25/10@B
    		•  Gasified gas of a liquefied gas, e.g. liquefied naturak gas (LNG) that drives the open cycle expansion device (U takes precedence.) HB CC 3G081
  • F01K25/10@W
    		•  .Turbine as the expansion device (U takes precedence.) HB CC 3G081
  • F01K25/10@C
    		•  using an intermediate heat medium between the high heat source and steam generator HB CC 3G081
  • F01K25/10@X
    		•  .Heat exchange achieved through direct contact between the working fluid and intermediate heat medium HB CC 3G081
  • F01K25/10@Y
    		•  .using a heat pipe or heat pump between the high heat source and steam generator (X takes precedence.) HB CC 3G081
  • F01K25/10@D
    		•  using a low boiling point medium mixing at least two components as the working fluid (using a mixture of different fluids 25/06) HB CC 3G081
  • F01K25/10@E
    		•  Carbon monoxide as the working fluid HB CC 3G081
  • F01K25/10@F
    		•  Ammonia as the working fluid HB CC 3G081
  • F01K25/10@G
    		•  separating the working fluid from water HB CC 3G081
  • F01K25/10@H
    		•  characterized by lubrication; separating the working fluid from the lubricant HB CC 3G081
  • F01K25/10@J
    		•  separating the working fluid from the non-condensing gas HB CC 3G081
  • F01K25/10@K
    		•  related to the refrigerating system (refrigerating system per se F 25 B) HB CC 3G081
  • F01K25/10@L
    		•  .Control HB CC 3G081
  • F01K25/10@M
    		•  Collection, storage, or supply of a working fluid (N takes precedence.) HB CC 3G081
  • F01K25/10@N
    		•  Condenser provided above the evaporator HB CC 3G081
  • F01K25/10@P
    		•  Control not categorised into A to N in control of the equipment or engine that uses steam or a low-temperature working fluid HB CC 3G081
  • F01K25/10@Q
    		•  characterized by the use of an engine other than the turbine type (A to P take precedence. Mechanism that generates a mechanical power but is not categorised into others F 03 G 7/00) HB CC 3G081
  • F01K25/10@R
    		•  characterized by the high heat source or steam generation (A to Q take precedence. Using an energy source not categorised into others F 03 G 7/00. Steam generation per se F 22.) HB CC 3G081
  • F01K25/10@S
    		•  characterized by steam condensation (A to R take precedence. Utilising the cold heat of a liquefied gas for steam condensation A) HB CC 3G081
  • F01K25/10@Z
    		•  Others HB CC 3G081
  • F01K25/12
    		•  ..the vapours being metallic, e.g. mercury HB CC 3G081
  • F01K25/14
    		•  ..using industrial or other waste gases HB CC 3G081
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