Rankine cycle

E862337

The Rankine cycle is a thermodynamic power cycle that converts heat into mechanical work using phase changes of a working fluid, forming the basis of most steam power plants.

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Statements (49)

Predicate Object
instanceOf power cycle
thermodynamic cycle
analyzedOn pressure-enthalpy diagram
temperature-entropy diagram
appliesTo steam power plants
comparedTo Carnot cycle NERFINISHED
formsBasisOf most steam power plants
governedBy first law of thermodynamics
second law of thermodynamics
hasComponent boiler
condenser
feedwater pump
steam turbine
hasEfficiencyMetric thermal efficiency
hasEnergyConsumption pump work
hasEnergyInput heat added in boiler
hasEnergyOutput turbine work
hasHeatRejection heat rejected in condenser
hasIdealAssumption negligible pressure drops in boiler and condenser
reversible adiabatic compression in pump
reversible adiabatic expansion in turbine
hasLimitation lower efficiency than corresponding Carnot cycle
hasProcess isentropic compression
isentropic expansion
isobaric heat addition
isobaric heat rejection
hasState1 high-pressure liquid water at pump outlet
hasState2 high-pressure saturated or superheated steam at boiler outlet
hasState3 low-pressure wet or superheated steam at turbine outlet
hasState4 saturated liquid water at condenser outlet
hasVariant organic Rankine cycle NERFINISHED
regenerative Rankine cycle
reheat Rankine cycle
supercritical Rankine cycle
hasWorkingFluid steam
water
improvedBy increasing boiler pressure
regeneration
reheat
superheating steam
namedAfter William John Macquorn Rankine NERFINISHED
operatesWith liquid-vapor phase transition
phase change of working fluid
usedFor conversion of heat into mechanical work
electric power generation
usedIn fossil-fuel power plants
geothermal power plants
nuclear power plants
solar thermal power plants

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.

Brayton cycle relatedTo Rankine cycle