VLSTD API standard liquid molar volume 0.0556062 cum/kmol 1.43E-05ZC Critical compressibility factor0.2463 0.0257PC Critical pressure 8163768.5 N/sqm 692274.3TC Critical temperature 719.34 K 5.01VC Critical volume 0.1805 cum/kmol -0.0109FREEZEPT Freeze point temperature259.7 KDGFORM Gibbs energy of formation (ideal gas) -298034387.4 J/kmol 3795396.7DHFORM Heat of formation (ideal gas) -388938472.6 J/kmol 2889694.5HFUS Heat of fusion 11623150 J/kmol 12552MW Molecular weight 62.068TB Normal boiling point 470.6473 K 0.0525OMEGA Pitzer acentric factor 0.51814DELTA Solubility parameter 25 C 33756.4 (J/cum)*.5 17115.7SG Specific gravity 1.117355 0.000288CPIALEE TDE Aly-Lee ideal gas Cp + J/kmol-K65519.69 J/kmol-K157464.7 J/kmol-K1665.44 K113063.8 J/kmol-K771.9435 K0 Unitless8.31447 J/mol-K298 K1000 KMULNVE TDE equation for liquid viscosity + N-sec/sqm-13.06623 Unitless4033.58 K-1116747 K*2212612800 K*3259.26 K719.3373 KDNLEXSAT TDE expansion for liquid molar density+ kg/cum13.68103 kmol/cum3.106776 kmol/cum-3.887829 kmol/cum2.53471 kmol/cum0 kmol/cum0 kmol/cum0 kmol/cum719.3373 K6 Unitless259.26 K719.3373 KWAGNER25 TDE Wagner 25 liquid vapor pressure + N/sqm-8.332095 Unitless2.034673 Unitless-5.615515 Unitless-1.992714 Unitless15.91522 Unitless719.3373 K259.26 K719.3373 KDHVLTDEW TDE Watson equation for heat of vaporization + J/kmol18.16271 Unitless0.1262906 Unitless0.4476227 Unitless-0.1328732 Unitless719.3373 K4 Unitless259.26 K719.3373 KSIGTDEW TDE Watson equation for liquid-gas surface tension + N/m-2.652948 Unitless0.7168643 Unitless2.349106E-09 Unitless-2.699177E-09 Unitless719.3373 K4 Unitless259.26 K719.3373 KCPLTMLPO ThermoML polynomials for liquid Cp + J/kmol-K1043208 J/kmol-K-6208.457 J/kmol-K*210.51548 J/kmol-K*30 J/kmol-K*40 J/kmol-K*55 Unitless259.26 K462.9607 KKLTMLPO ThermoML polynomials for liquid thermal conductivity + Watt/m-K0.279772 Watt/m-K-6.966482E-05 Watt/m-K*20 Watt/m-K*30 Watt/m-K*44 Unitless273.0001 K640 KCPSTMLPO ThermoML polynomials for solid Cp + J/kmol-K87373.88 J/kmol-K-2059.783 J/kmol-K*227.62369 J/kmol-K*3-0.1379473 J/kmol-K*40.0002469359 J/kmol-K*55 Unitless80 K259.7 KKVTMLPO ThermoML polynomials for vapor thermal conductivity + Watt/m-K-0.007076243 Watt/m-K3.625601E-05 Watt/m-K*29.766584E-08 Watt/m-K*3-3.692773E-11 Watt/m-K*44 Unitless480 K1070 KMUVTMLPO ThermoML polynomials for vapor viscosity + N-sec/sqm-7.311253E-07 N-sec/sqm2.957528E-08 N-sec/sqm-K-1.049657E-12 N-sec/sqm-K*2-1.382646E-15 N-sec/sqm-K*34 Unitless480 K1070 KTPT Triple point temperature 259.7 K 1.62FAMILY Compound family name POLYOLSSUB FAMILY Compound sub family name aliphatic glycolsVLSTD API standard liquid molar volume 0.080533 cum/kmol 0.000206ZC Critical compressibility factor0.2785 0.0177PC Critical pressure 4593695.6 N/sqm 64474.9TC Critical temperature 364.946 K 0.259VC Critical volume 0.1839 cum/kmol -0.0114MUP Dipole moment 1.2649E-25 (J*cum)*.5FREEZEPT Freeze point temperature87.85 KDGFORM Gibbs energy of formation (ideal gas) 59952907.2 J/kmol 1967223.2DHFORM Heat of formation (ideal gas) 17454000 J/kmol 1172000HFUS Heat of fusion 3002871.6 J/kmol 5301.8MW Molecular weight 42.08TB Normal boiling point 225.525 K 0.124OMEGA Pitzer acentric factor 0.14158DELTA Solubility parameter 25 C 11860.3 (J/cum)*.5 5300.6SG Specific gravity 0.52305 0.00134CPIALEE TDE Aly-Lee ideal gas Cp + J/kmol-K33865.96 J/kmol-K162245.8 J/kmol-K1164.658 K65604.97 J/kmol-K401.9671 K0 Unitless8.31447 J/mol-K50 K3000 KCPLTDECS TDE equation for liquid Cp + J/kmol-K122104.8 J/kmol-K-620.6829 J/kmol-K*22.708691 J/kmol-K*3-0.003604033 J/kmol-K*45231.685 J/kmol-K364.9457 K4 Unitless87.85 K357.6468 KMULNVE TDE equation for liquid viscosity + N-sec/sqm-13.60359 Unitless1831.598 K-203514.6 K*210212110 K*387.85 K364.9457 KDNLEXSAT TDE expansion for liquid molar density+ kg/cum10.27348 kmol/cum5.967218 kmol/cum-5.722345 kmol/cum4.951059 kmol/cum0 kmol/cum0 kmol/cum0 kmol/cum364.9457 K6 Unitless87.85 K364.9457 KWAGNER25 TDE Wagner 25 liquid vapor pressure + N/sqm-6.492461 Unitless0.9967976 Unitless-1.010451 Unitless-2.571251 Unitless15.3402 Unitless364.9457 K87.85 K364.9457 KDHVLTDEW TDE Watson equation for heat of vaporization + J/kmol17.25187 Unitless1.165803 Unitless-1.459517 Unitless0.7331973 Unitless364.9457 K4 Unitless87.85 K364.9457 KSIGTDEW TDE Watson equation for liquid-gas surface tension + N/m-2.898065 Unitless1.239623 Unitless-7.614463E-10 Unitless8.870249E-10 Unitless364.9457 K4 Unitless87.85 K364.9457 KKLTMLPO ThermoML polynomials for liquid thermal conductivity + Watt/m-K0.1768823 Watt/m-K-0.000101222 Watt/m-K*2-5.515645E-07 Watt/m-K*30 Watt/m-K*44 Unitless90 K320 KCPSTMLPO ThermoML polynomials for solid Cp + J/kmol-K-19146.58 J/kmol-K1732.553 J/kmol-K*2-16.44506 J/kmol-K*30.07660665 J/kmol-K*40 J/kmol-K*55 Unitless20 K87.85 KKVTMLPO ThermoML polynomials for vapor thermal conductivity + Watt/m-K-0.007460532 Watt/m-K6.007474E-05 Watt/m-K*28.086096E-08 Watt/m-K*3