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Int. J. Turbomach. Propuls. Power 2020, 5, 19 Int. J. Turbomach. Propuls. Power 2019, 4, x FOR PEER REVIEW 5 of 17 Equipment Condenser (1) Pump (2) Economizer (3) Evaporator (4) Superheater (5) Turbine (6) Regenerator (7) Equipment Condenser (1) Pump (2) Economizer (3) Evaporator (4) Superheater (5) Turbine (6) Regenerator (7) Temperature 1 [K] 313.00 313.00 313.09 353.00 353.00 373.00 348.94 Pressure 1 [Pa] 115,093 115,093 366,619 366,619 366,619 366,619 115,093 Enthalpy 1 [J/kg] 363,518 9,010 9,425 108,917 427,177 468,490 430,071 Density 1 [kg/m3] 3.35 605.85 606.13 562.19 10.11 9.35 2.96 Density 1 [kg/m3] 3.35 605.85 606.13 562.19 10.11 9.35 2.96 Density 1 [kg/m3] 49.87 1147.37 1155.48 929.39 154.37 121.11 43.82 Density 1 Density1 Condenser (1) 313.00 1012,509 419,363 49.87 Condenser (1) 313.00 249,412 435,245 13.95 Pump (2) 313.00 1012,509 256,185 1147.37 Pump (2) 313.00 249,412 252,838 1297.13 Economizer (3) 314.11 2624,797 257,590 1155.48 Economizer (3) 313.55 1648,462 253,916 1300.84 Evaporator (4) 353.00 2624,797 322,105 929.39 Evaporator (4) 385.44 1648,462 360,253 1038.29 Superheater (5) 353.00 2624,797 428,830 154.37 Superheater (5) 385.44 1648,462 482,315 98.34 Turbine (6) 373.00 2624,797 460,255 121.11 Turbine (6) 405.44 1648,462 509,011 84.42 Regenerator (7) 333.93 1012,509 442,132 43.82 Regenerator (7) 476,033 at the inlet of each equipment. Figure 4. R601 T–S diagram. Table 2. R601 thermodynamic parameters. 1 at the inlet of each equipment. Figure 4. R601 T–S diagram. Figure 4. R601 T–S diagram. Table 2. R601 thermodynamic parameters. Int. J. Turbomach. Propuls. Power 2019, 4, x FOR PEER REVIEW Figure 5. R134a T–S diagram. Equipment Condenser (1) Pump (2) Economizer (3) Evaporator (4) Superheater (5) Turbine (6) Regenerator (7) Temperature 1 [K] 313.00 313.00 314.11 353.00 353.00 373.00 333.93 Pressure 1 [Pa] 1012,509 1012,509 2624,797 2624,797 2624,797 2624,797 1012,509 Enthalpy 1 [J/kg] 419,363 256,185 257,590 322,105 428,830 460,255 442,132 Equipment Temperature 1 Temperature1 Pressure 1 Pressure1 Enthalpy 1 Enthalpy1 Equipment [ K ] [ P a ] [ J / k g ] 3 [ k g / m 3] 1 at the inlet of each equipment. 5 of 16 Figure 5. R134a T–S diagram. Table 3. R134a thermodynamic parameters. [K] [Pa] [J/kg] [kg/m ] 354.94 249,412 11.89 11at the inlet of each equipment. 4 of 16 Temperature 1 [K] 313.00 313.00 313.09 353.00 353.00 373.00 348.94 Pressure 1 [Pa] 115,093 115,093 366,619 366,619 366,619 366,619 115,093 Enthalpy 1 [J/kg] 363,518 9,010 9,425 108,917 427,177 468,490 430,071 1 at the inlet of each equipment. Figure 6. R245fa T–S diagram. Figure 5. R134a T–S diagram. Figure 6. R245fa T–S diagram. Table 3. R134a thermodynamic parameters. Table 4. R245fa thermodynamic parameters.PDF Image | Optimal Design of a Ljungstrom Turbine for ORC Power
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