Page 67 - Handbook Of Multiphase Flow Assurance

62 3. PVT and rheology investigation

TABLE 3.4 Component properties—cont’d
Formula Name Molecular weight Density (g/L) V (L/mol) Melting point
C1 Methane 16 0.679 23.63 −182.5
C2 Ethane 30.1 1.281 23.47 −182.8
C3 Propane 44.1 1.896 23.26 −188
iC4 i-Butane 58.1 2.524 23.03 −159.6
nC4 n-Butane 58.1 2.531 22.96 −140
iC5 i-Pentane 72.2 623.9 0.116 −160
nC5 n-Pentane 72.2 629.7 0.115 −130
iC6 i-Hexane 86.2 657.1 0.131 −153
nC6 n-Hexane 86.2 662.2 0.130 −95
C6 Methylcyclopentane 84.2 753.3 0.112 −142
C6 Benzene 78.1 885.3 0.088 5.5
C6 Cyclohexane 84.2 782.2 0.108 6.5
C7 Heptane 100 687.0 0.146 −90.5
C7 Methylcyclohexane 98.2 774.1 0.127 −126
C7 Toluene 92.1 870.1 0.106 −95
iC8 Iso-octane 114 702.6 0.163 −107
C8 Octane 114 706.0 0.162 −57
C8 Ethyl benzene 106 873.0 0.122 −95
C8 m-Xylene 106 866.9 0.122 −48
C8 p-Xylene 106 866.9 0.122 13
C8 o-Xylene 106 882.9 0.120 −25
C9 Nonane 128 720.7 0.178 −51
C10 Decane 142 732.6 0.194 −30
C11 Undecane 156 742.5 0.211 −26
C12 Dodecane 170 750.4 0.227 −10
C13 Tridecane 184 758.3 0.243 −5.5
C14 Tetradecane 198 765.2 0.259 5.9
C15 Pentadecane 212 771.2 0.275 10
C16 Hexadecane 226 775.1 0.292 18.2
C17 Heptadecane 240 779.5 0.309 22
C18 Octadecane 255 783.4 0.325 28.2
C19 Nonadecane 269 787.3 0.341 32.1
C20 Eicosane 283 785.6 0.360 36.8