PROYECTO NÚMERO UNO DE INGENIERÍA COMPUTACIONAL
Enviado por monto2435 • 8 de Enero de 2019 • 1.189 Palabras (5 Páginas) • 344 Visitas
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- PRIMERA PARTE[pic 75]
TABULACIÓN DE DATOS
[pic 76]
COMPRESOR
Name
COMPR
Property method
PENG-ROB
Henry's component list ID
Electrolyte chemistry ID
Use true species approach for electrolytes
YES
Free-water phase properties method
STEAM-TA
Water solubility method
3
Model Type
Specified discharge pressure [bar]
15
Specified pressure increase [N/sqm]
Specified pressure ratio
Specified power required [Watt]
Isentropic efficiency
1
Mechanical efficiency
Polytropic efficiency
EO Model components
Indicated horsepower [Watt]
2799,67916
Calculated brake horsepower [Watt]
2799,67916
Net work required [Watt]
2799,67916
Power loss [Watt]
0
Efficiency (polytropic / isentropic) used
1
Calculated discharge pressure [N/sqm]
1500000
Calculated pressure change [N/sqm]
1400000
Calculated pressure ratio
15
Outlet temperature [K]
399,36676
Isentropic outlet temperature [K]
399,36676
Vapor fraction
1
Displacement
Volumetric efficiency
Head developed [J/kg]
167980,75
Isentropic power requirement [Watt]
2799,67916
Inlet heat capacity ratio
1,134825
Inlet volumetric flow rate [cum/sec]
0,009209223
Outlet volumetric flow rate [cum/sec]
0,000743768
Inlet compressibility factor
0,983410913
Outlet compressibility factor
0,888965731
Compressor percent above surge
Percent below stonewall
Surge volume flow rate
Stonewall volume flow rate
Shaft speed
Specific speed
Inlet Mach number
Total feed stream CO2e flow [kg/sec]
0
Total product stream CO2e flow [kg/sec]
0
Net stream CO2e production [kg/sec]
0
Utility CO2e production [kg/sec]
0
Total CO2e production [kg/sec]
0
Utility usage
Utility cost
Utility ID
[pic 77]
El trabajo neto requerido por el compresor es de 2799,67916 Watt
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HEATER
Name
INTERC
Property method
PENG-ROB
Henry's component list ID
Electrolyte chemistry ID
Use true species approach for electrolytes
YES
Free-water phase properties method
STEAM-TA
Water solubility method
3
Specified pressure [bar]
15
Specified temperature [K]
298
Specified vapor fraction
Specified heat duty [Watt]
EO Model components
Calculated pressure [N/sqm]
1500000
Calculated temperature [K]
...