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| Calculation Performed at www.codecalculation.com | |||||||||
[[ doc['meta']['docClass_title'] ]] |
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Project |
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| Project No: | |||||||||
| Project Title: | |||||||||
| Document No: | |||||||||
| Revision No: | |||||||||
| Date : | |||||||||
Inputs |
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| Suction Pressure (P1) [[ gUL('pressure') ]] |
[[err]] |
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| Suction Temperature (T1) [[ gUL('temperature') ]] |
[[err]] |
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| Discharge Pressure (P2) [[ gUL('pressure') ]] |
[[err]] |
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| Mass Flow (m) [[ gUL('massflow') ]] |
[[err]] |
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| k and Z values are |
[[err]] |
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| Molecular Weight [[ gUL('molecularMass') ]] |
[[err]] |
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| k1 |
[[err]] |
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| k2 |
[[err]] |
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| Z1 |
[[err]] |
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| Z2 |
[[err]] |
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| Use Polytropic Efficiency |
[[err]] |
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| Polytropic Efficiency |
[[err]] |
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| Discharge Temperature Limit [[ gUL('temperature') ]] |
[[err]] |
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| Interstage Cooling |
[[err]] |
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| Coolant Temperature [[ gUL('temperature') ]] |
[[err]] |
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| Approach Temperature [[ gUL('temperature') ]] |
[[err]] |
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| Cooler Pressure Drop [[ gUL('pressure') ]] |
[[err]] |
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| Cooler Inlet Pressure Basis |
[[err]] |
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| Cooler Inlet Pressure [[ gUL('pressure') ]] |
[[err]] |
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| Mixture |
[[err]] |
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| Component Formula Mol.Wt. Mol.Fraction | |||||||||
| Air -- 28.966 |
[[err]] |
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| Oxygen O2 32.000 |
[[err]] |
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| Nitrogen N2 28.016 |
[[err]] |
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| Water Vapor H2O 18.016 |
[[err]] |
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| Carbon Monoxide CO 28.010 |
[[err]] |
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| Carbon Dioxide CO2 44.010 |
[[err]] |
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| Hydrogen Sulfide H2S 34.076 |
[[err]] |
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| Hydrogen H2 2.016 |
[[err]] |
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| Methane CH4 16.042 |
[[err]] |
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| Ethene C2H4 28.052 |
[[err]] |
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| Ethane C2H6 30.068 |
[[err]] |
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| Propene C3H6 42.078 |
[[err]] |
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| n-Propane C3H8 44.094 |
[[err]] |
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| i-Butane C4H10 58.120 |
[[err]] |
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| n-Butane C4H10 58.120 |
[[err]] |
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| i-Pentane C5H12 72.146 |
[[err]] |
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| n-Pentane C5H12 72.146 |
[[err]] |
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| Hexane+ C6H14 86.000 |
[[err]] |
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|
Errors |
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|
[[ err ]] |
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Results |
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| Suction Pressure (P1) [[ retSilent(doc, ['result', 'P1', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Suction Temperature (T1) [[ retSilent(doc, ['result', 'T1', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Discharge Pressure (P2) [[ retSilent(doc, ['result', 'P2', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Discharge Temperature (T2) [[ retSilent(doc, ['result', 'T2', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Mass Flow Rate (m) [[ retSilent(doc, ['result', 'm', '_val']) ]] [[ gUL('massflow') ]] | |||||||||
| Molecular Weight (MW) [[ retSilent(doc, ['result', 'MW', '_val']) ]] [[ gUL('molecularMass') ]] | |||||||||
| Actual Flowrate (Q) [[ retSilent(doc, ['result', 'Qact', '_val']) ]] [[ gUL('flow') ]] | |||||||||
| K (avg) [[ retSilent(doc, ['result', 'kavg', '_val']) ]] | |||||||||
| Z (avg) [[ retSilent(doc, ['result', 'Zavg', '_val']) ]] | |||||||||
| Polytropic Efficiency [[ retSilent(doc, ['result', 'etaP', '_val']) ]] | |||||||||
| Polytropic Head [[ retSilent(doc, ['result', 'Hp', '_val']) ]] J/kg | |||||||||
| Absorbed Power [[ retSilent(doc, ['result', 'Pabs', '_val']) ]] [[ gUL('power') ]] | |||||||||
| Frame Impeller Dia [[ retSilent(doc, ['result', 'd2', '_val']) ]] [[ gUL('length') ]] | |||||||||
| Compressor Speed [[ retSilent(doc, ['result', 'N', '_val']) ]] rpm | |||||||||
| No. of impeller stages [[ retSilent(doc, ['result', 'Nimpeller', '_val']) ]] | |||||||||
| Stage-1 | |||||||||
| Suction Pressure (P1) [[ retSilent(doc, ['result', 'P1_1', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Suction Temperature (T1) [[ retSilent(doc, ['result', 'T1_1', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Discharge Pressure (P2) [[ retSilent(doc, ['result', 'P2_1', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Discharge Temperature (T2) [[ retSilent(doc, ['result', 'T2_1', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Mass Flow Rate (m) [[ retSilent(doc, ['result', 'm_1', '_val']) ]] [[ gUL('massflow') ]] | |||||||||
| Molecular Weight (MW) [[ retSilent(doc, ['result', 'MW_1', '_val']) ]] [[ gUL('molecularMass') ]] | |||||||||
| Actual Flowrate (Q) [[ retSilent(doc, ['result', 'Qact_1', '_val']) ]] [[ gUL('flow') ]] | |||||||||
| K (avg) [[ retSilent(doc, ['result', 'kavg_1', '_val']) ]] | |||||||||
| Z (avg) [[ retSilent(doc, ['result', 'Zavg_1', '_val']) ]] | |||||||||
| Polytropic Efficiency [[ retSilent(doc, ['result', 'etaP_1', '_val']) ]] | |||||||||
| Polytropic Head [[ retSilent(doc, ['result', 'Hp_1', '_val']) ]] J/kg | |||||||||
| Absorbed Power [[ retSilent(doc, ['result', 'Pabs_1', '_val']) ]] [[ gUL('power') ]] | |||||||||
| Frame Impeller Dia [[ retSilent(doc, ['result', 'd2', '_val']) ]] [[ gUL('length') ]] | |||||||||
| Compressor Speed [[ retSilent(doc, ['result', 'N', '_val']) ]] rpm | |||||||||
| No. of impeller stages [[ retSilent(doc, ['result', 'Nimpeller_1', '_val']) ]] | |||||||||
| Stage-2 | |||||||||
| Suction Pressure (P1) [[ retSilent(doc, ['result', 'P1_2', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Suction Temperature (T1) [[ retSilent(doc, ['result', 'T1_2', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Discharge Pressure (P2) [[ retSilent(doc, ['result', 'P2_2', '_val']) ]] [[ gUL('pressure') ]] | |||||||||
| Discharge Temperature (T2) [[ retSilent(doc, ['result', 'T2_2', '_val']) ]] [[ gUL('temperature') ]] | |||||||||
| Mass Flow Rate (m) [[ retSilent(doc, ['result', 'm_2', '_val']) ]] [[ gUL('massflow') ]] | |||||||||
| Molecular Weight (MW) [[ retSilent(doc, ['result', 'MW_2', '_val']) ]] [[ gUL('molecularMass') ]] | |||||||||
| Actual Flowrate (Q) [[ retSilent(doc, ['result', 'Qact_2', '_val']) ]] [[ gUL('flow') ]] | |||||||||
| K (avg) [[ retSilent(doc, ['result', 'kavg_2', '_val']) ]] | |||||||||
| Z (avg) [[ retSilent(doc, ['result', 'Zavg_2', '_val']) ]] | |||||||||
| Polytropic Efficiency [[ retSilent(doc, ['result', 'etaP_2', '_val']) ]] | |||||||||
| Polytropic Head [[ retSilent(doc, ['result', 'Hp_2', '_val']) ]] J/kg | |||||||||
| Absorbed Power [[ retSilent(doc, ['result', 'Pabs_2', '_val']) ]] [[ gUL('power') ]] | |||||||||
| Frame Impeller Dia [[ retSilent(doc, ['result', 'd2', '_val']) ]] [[ gUL('length') ]] | |||||||||
| Compressor Speed [[ retSilent(doc, ['result', 'N', '_val']) ]] rpm | |||||||||
| No. of impeller stages [[ retSilent(doc, ['result', 'Nimpeller_2', '_val']) ]] | |||||||||