- InChI
- InChI=1S/C12H26O7/c13-1-3-15-5-7-17-9-11-19-12-10-18-8-6-16-4-2-14/h13-14H,1-12H2
- InChI Key
- IIRDTKBZINWQAW-UHFFFAOYSA-N
- Formula
- C12H26O7
- SMILES
- OCCOCCOCCOCCOCCOCCO
- Molecular Weight1
- 282.33
- CAS
- 2615-15-8
- Other Names
-
- 2-[2-[2-[2-[2-(2-Hydroxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethanol
- 3,6,9,12,15-pentaoxaheptadecane-1,17-diol
- Ethanol, 2,2'-(oxybis(ethyleneoxyethyleneoxy))di-
- Ethanol, 2,2'-(oxybis(oxy-2,1-ethanediyloxy-2,1-ethanediyloxy))bis-
- Hexagol
- Hexaoxyethylene glycol
- NSC 201209
- PEG-6
- Polyethylene glycol 300
- Polyoxyethylene (6)
- ethanol, 2,2'-[oxybis(ethyleneoxyethyleneoxy)]di-
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- Cp,liquid : Liquid phase heat capacity (J/mol×K).
- η : Dynamic viscosity (Pa×s).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- McVol : McGowan's characteristic volume (ml/mol).
- Pc : Critical Pressure (kPa).
- ρl : Liquid Density (kg/m3).
- Inp : Non-polar retention indices.
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Ttriple : Triple Point Temperature (K).
- UQi : UNIQUAC Qi Parameter.
- URi : UNIQUAC Ri Parameter.
- Vc : Critical Volume (m3/kmol).
- Zc : Critical Compressibility.
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.5542 | ChemSep v8.3 pure component data Compiled value | |
| ΔfG° | -161.43 | kJ/mol | ChemSep v8.3 pure component data Compiled value |
| ΔfH°gas | -469.11 | kJ/mol | ChemSep v8.3 pure component data Compiled value |
| ΔfusH° | 40.95 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 105.82 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.77 | eV | Relay (1.0) Calculated Property |
| log10WS | 0.29 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.946 | Crippen Calculated Property | |
| McVol | 221.030 | ml/mol | McGowan Calculated Property |
| Pc | 1746.24 | kPa | ChemSep v8.3 pure component data Compiled value |
| Inp | [2078.00; 2081.80] |
|
|
| Inp | 2078.00 | NIST | |
| Inp | 2081.80 | NIST | |
| Inp | 2081.80 | NIST | |
| Inp | 2078.00 | NIST | |
| Tboil | 618.25 | K | ChemSep v8.3 pure component data Compiled value |
| Tc | [773.64; 868.00] | K |
|
| Tc | 868.00 | K | Critical temperatures and pressures of ethylene glycols |
| Tc | 773.64 | K | ChemSep v8.3 pure component data Compiled value |
| Tfus | [274.45; 279.15] | K |
|
| Tfus | 279.15 | K | Jean-Claude Bradley Open Melting Point Dataset (2014, CC0) Compiled value |
| Tfus | 274.45 | K | ChemSep v8.3 pure component data Compiled value |
| Tfus | 274.45 ± 0.70 | K | NIST |
| Ttriple | 280.80 | K | Heat Capacity and Phase Behavior of Selected Oligo(ethylene glycol)s |
| UQi | 8.85 | ChemSep v8.3 pure component data Compiled value | |
| URi | 10.37 | ChemSep v8.3 pure component data Compiled value | |
| Vc | 0.828 | m3/kmol | ChemSep v8.3 pure component data Compiled value |
| Zc | 0.2248110 | ChemSep v8.3 pure component data Compiled value |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,liquid | 620.00 | J/mol×K | 298.00 | NIST |
Datasets
Mass density, kg/m3
| Fixed | Measured | |
|---|---|---|
| Temperature, K - Liquid | Pressure, kPa - Liquid | Mass density, kg/m3 - Liquid |
| 283.13 | 100.00 | 1134.5 |
| 283.13 | 1000.00 | 1134.8 |
| 283.13 | 2000.00 | 1135.1 |
| 283.13 | 5000.00 | 1136.4 |
| 283.13 | 7000.00 | 1137.3 |
| 283.13 | 10000.00 | 1138.5 |
| 283.13 | 12000.00 | 1139.3 |
| 283.13 | 16000.00 | 1141.1 |
| 283.13 | 20000.00 | 1142.8 |
| 283.13 | 25000.00 | 1144.6 |
| 283.13 | 30000.00 | 1146.5 |
| 283.13 | 35000.00 | 1148.5 |
| 283.13 | 40000.00 | 1150.6 |
| 283.13 | 45000.00 | 1152.6 |
| 283.13 | 50000.00 | 1154.4 |
| 283.13 | 55000.00 | 1156.4 |
| 283.13 | 60000.00 | 1158.4 |
| 283.13 | 65000.00 | 1160.0 |
| 283.13 | 70000.00 | 1161.8 |
| 283.13 | 75000.00 | 1163.6 |
| 283.13 | 80000.00 | 1165.3 |
| 283.13 | 85000.00 | 1167.1 |
| 283.13 | 90000.00 | 1168.7 |
| 283.13 | 95000.00 | 1170.5 |
| 293.16 | 100.00 | 1125.6 |
| 293.16 | 1000.00 | 1126.0 |
| 293.16 | 2000.00 | 1126.5 |
| 293.16 | 5000.00 | 1127.9 |
| 293.16 | 7000.00 | 1128.9 |
| 293.16 | 10000.00 | 1130.3 |
| 293.16 | 12000.00 | 1131.1 |
| 293.16 | 16000.00 | 1132.9 |
| 293.16 | 20000.00 | 1134.6 |
| 293.16 | 25000.00 | 1136.8 |
| 293.16 | 30000.00 | 1138.3 |
| 293.16 | 35000.00 | 1140.8 |
| 293.16 | 40000.00 | 1143.1 |
| 293.16 | 45000.00 | 1144.9 |
| 293.16 | 50000.00 | 1146.9 |
| 293.16 | 55000.00 | 1148.9 |
| 293.16 | 60000.00 | 1150.8 |
| 293.16 | 65000.00 | 1152.8 |
| 293.16 | 70000.00 | 1154.6 |
| 293.16 | 75000.00 | 1156.4 |
| 293.16 | 80000.00 | 1158.3 |
| 293.16 | 85000.00 | 1160.0 |
| 293.16 | 90000.00 | 1161.7 |
| 293.16 | 95000.00 | 1163.5 |
| 303.15 | 100.00 | 1117.5 |
| 303.15 | 1000.00 | 1118.0 |
| 303.15 | 2000.00 | 1118.5 |
| 303.15 | 5000.00 | 1120.0 |
| 303.15 | 7000.00 | 1120.8 |
| 303.15 | 10000.00 | 1122.3 |
| 303.15 | 12000.00 | 1123.2 |
| 303.15 | 16000.00 | 1124.9 |
| 303.15 | 20000.00 | 1126.8 |
| 303.15 | 25000.00 | 1129.1 |
| 303.15 | 30000.00 | 1131.2 |
| 303.15 | 35000.00 | 1133.4 |
| 303.15 | 40000.00 | 1135.4 |
| 303.15 | 45000.00 | 1137.5 |
| 303.15 | 50000.00 | 1139.4 |
| 303.15 | 55000.00 | 1141.6 |
| 303.15 | 60000.00 | 1143.4 |
| 303.15 | 65000.00 | 1145.2 |
| 303.15 | 70000.00 | 1147.2 |
| 303.15 | 75000.00 | 1149.1 |
| 303.15 | 80000.00 | 1150.8 |
| 303.15 | 85000.00 | 1152.9 |
| 303.15 | 90000.00 | 1154.8 |
| 303.15 | 95000.00 | 1156.4 |
| 313.16 | 100.00 | 1109.2 |
| 313.16 | 1000.00 | 1109.7 |
| 313.16 | 2000.00 | 1110.2 |
| 313.16 | 5000.00 | 1111.9 |
| 313.16 | 7000.00 | 1112.8 |
| 313.16 | 10000.00 | 1114.3 |
| 313.16 | 12000.00 | 1115.2 |
| 313.16 | 16000.00 | 1117.1 |
| 313.16 | 20000.00 | 1119.0 |
| 313.16 | 25000.00 | 1121.3 |
| 313.16 | 30000.00 | 1123.4 |
| 313.16 | 35000.00 | 1125.7 |
| 313.16 | 40000.00 | 1127.8 |
| 313.16 | 45000.00 | 1129.9 |
| 313.16 | 50000.00 | 1132.0 |
| 313.16 | 55000.00 | 1134.2 |
| 313.16 | 60000.00 | 1135.7 |
| 313.16 | 65000.00 | 1138.1 |
| 313.16 | 70000.00 | 1140.0 |
| 313.16 | 75000.00 | 1142.1 |
| 313.16 | 80000.00 | 1144.0 |
| 313.16 | 85000.00 | 1145.9 |
| 313.16 | 90000.00 | 1147.8 |
| 313.16 | 95000.00 | 1149.7 |
| 323.14 | 100.00 | 1100.9 |
| 323.14 | 1000.00 | 1101.3 |
| 323.14 | 2000.00 | 1101.8 |
| 323.14 | 5000.00 | 1103.5 |
| 323.14 | 7000.00 | 1104.5 |
| 323.14 | 10000.00 | 1106.0 |
| 323.14 | 12000.00 | 1106.9 |
| 323.14 | 16000.00 | 1109.0 |
| 323.14 | 20000.00 | 1110.5 |
| 323.14 | 25000.00 | 1113.2 |
| 323.14 | 30000.00 | 1115.6 |
| 323.14 | 35000.00 | 1118.0 |
| 323.14 | 40000.00 | 1120.2 |
| 323.14 | 45000.00 | 1122.4 |
| 323.14 | 50000.00 | 1124.5 |
| 323.14 | 55000.00 | 1126.4 |
| 323.14 | 60000.00 | 1128.5 |
| 323.14 | 65000.00 | 1130.6 |
| 323.14 | 70000.00 | 1132.6 |
| 323.14 | 75000.00 | 1134.6 |
| 323.14 | 80000.00 | 1136.8 |
| 323.14 | 85000.00 | 1138.6 |
| 323.14 | 90000.00 | 1140.7 |
| 323.14 | 95000.00 | 1142.4 |
| 333.15 | 100.00 | 1092.7 |
| 333.15 | 1000.00 | 1093.3 |
| 333.15 | 2000.00 | 1093.8 |
| 333.15 | 5000.00 | 1095.4 |
| 333.15 | 7000.00 | 1096.5 |
| 333.15 | 10000.00 | 1098.2 |
| 333.15 | 12000.00 | 1099.1 |
| 333.15 | 16000.00 | 1101.3 |
| 333.15 | 20000.00 | 1103.4 |
| 333.15 | 25000.00 | 1105.8 |
| 333.15 | 30000.00 | 1108.2 |
| 333.15 | 35000.00 | 1110.5 |
| 333.15 | 40000.00 | 1112.8 |
| 333.15 | 45000.00 | 1115.1 |
| 333.15 | 50000.00 | 1117.3 |
| 333.15 | 55000.00 | 1119.4 |
| 333.15 | 60000.00 | 1121.7 |
| 333.15 | 65000.00 | 1123.7 |
| 333.15 | 70000.00 | 1125.5 |
| 333.15 | 75000.00 | 1127.8 |
| 333.15 | 80000.00 | 1130.0 |
| 333.15 | 85000.00 | 1131.9 |
| 333.15 | 90000.00 | 1133.8 |
| 333.15 | 95000.00 | 1135.7 |
| 343.16 | 100.00 | 1084.7 |
| 343.16 | 1000.00 | 1085.3 |
| 343.16 | 2000.00 | 1085.9 |
| 343.16 | 5000.00 | 1087.6 |
| 343.16 | 7000.00 | 1088.7 |
| 343.16 | 10000.00 | 1090.4 |
| 343.16 | 12000.00 | 1091.2 |
| 343.16 | 16000.00 | 1093.5 |
| 343.16 | 20000.00 | 1095.7 |
| 343.16 | 25000.00 | 1097.9 |
| 343.16 | 30000.00 | 1100.5 |
| 343.16 | 35000.00 | 1102.8 |
| 343.16 | 40000.00 | 1105.4 |
| 343.16 | 45000.00 | 1107.6 |
| 343.16 | 50000.00 | 1109.9 |
| 343.16 | 55000.00 | 1112.1 |
| 343.16 | 60000.00 | 1114.5 |
| 343.16 | 65000.00 | 1116.6 |
| 343.16 | 70000.00 | 1118.8 |
| 343.16 | 75000.00 | 1120.9 |
| 343.16 | 80000.00 | 1123.1 |
| 343.16 | 85000.00 | 1125.2 |
| 343.16 | 90000.00 | 1127.2 |
| 343.16 | 95000.00 | 1129.2 |
| 353.14 | 100.00 | 1076.7 |
| 353.14 | 1000.00 | 1077.2 |
| 353.14 | 2000.00 | 1077.9 |
| 353.14 | 5000.00 | 1079.7 |
| 353.14 | 7000.00 | 1080.7 |
| 353.14 | 10000.00 | 1082.4 |
| 353.14 | 12000.00 | 1083.6 |
| 353.14 | 16000.00 | 1085.7 |
| 353.14 | 20000.00 | 1087.8 |
| 353.14 | 25000.00 | 1090.4 |
| 353.14 | 30000.00 | 1093.0 |
| 353.14 | 35000.00 | 1095.6 |
| 353.14 | 40000.00 | 1098.2 |
| 353.14 | 45000.00 | 1100.3 |
| 353.14 | 50000.00 | 1102.7 |
| 353.14 | 55000.00 | 1105.0 |
| 353.14 | 60000.00 | 1107.4 |
| 353.14 | 65000.00 | 1109.6 |
| 353.14 | 70000.00 | 1111.8 |
| 353.14 | 75000.00 | 1114.2 |
| 353.14 | 80000.00 | 1116.1 |
| 353.14 | 85000.00 | 1118.3 |
| 353.14 | 90000.00 | 1120.3 |
| 353.14 | 95000.00 | 1122.4 |
| 363.13 | 100.00 | 1068.4 |
| 363.13 | 1000.00 | 1068.6 |
| 363.13 | 2000.00 | 1069.0 |
| 363.13 | 5000.00 | 1071.6 |
| 363.13 | 7000.00 | 1072.7 |
| 363.13 | 10000.00 | 1074.6 |
| 363.13 | 12000.00 | 1075.6 |
| 363.13 | 16000.00 | 1078.0 |
| 363.13 | 20000.00 | 1080.2 |
| 363.13 | 25000.00 | 1083.0 |
| 363.13 | 30000.00 | 1085.4 |
| 363.13 | 35000.00 | 1088.1 |
| 363.13 | 40000.00 | 1090.6 |
| 363.13 | 45000.00 | 1092.7 |
| 363.13 | 50000.00 | 1095.2 |
| 363.13 | 55000.00 | 1097.6 |
| 363.13 | 60000.00 | 1100.1 |
| 363.13 | 65000.00 | 1102.5 |
| 363.13 | 70000.00 | 1104.8 |
| 363.13 | 75000.00 | 1107.0 |
| 363.13 | 80000.00 | 1109.2 |
| 363.13 | 85000.00 | 1111.2 |
| 363.13 | 90000.00 | 1113.5 |
| 363.13 | 95000.00 | 1115.6 |
| Reference | ||
Correlations
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [304.79; 874.60] | J/mol×K | [255.00; 1500.00] |
ChemSep v8.3 pure component data Compiled value
|
| Equation | Y = A + exp(B/T + C + D·T + E·T²) Y is Cp,gas in J/mol×K, T in K | |||
| Coefficient A | 1.65506e+02 | |||
| Coefficient B | -5.00000e+02 | |||
| Coefficient C | 6.89731e+00 | |||
| Coefficient D | 0.00000e+00 | |||
| Coefficient E | 0.00000e+00 | |||
| Temperature range, min. | 255.00 | |||
| Temperature range, max. | 1500.00 | |||
| Cp,gas | 304.79 | J/mol×K | 255.00 | Calculated Property |
| Cp,gas | 443.09 | J/mol×K | 393.33 | Calculated Property |
| Cp,gas | 551.91 | J/mol×K | 531.67 | Calculated Property |
| Cp,gas | 634.71 | J/mol×K | 670.00 | Calculated Property |
| Cp,gas | 698.63 | J/mol×K | 808.33 | Calculated Property |
| Cp,gas | 749.06 | J/mol×K | 946.67 | Calculated Property |
| Cp,gas | 789.71 | J/mol×K | 1085.00 | Calculated Property |
| Cp,gas | 823.10 | J/mol×K | 1223.33 | Calculated Property |
| Cp,gas | 850.98 | J/mol×K | 1361.67 | Calculated Property |
| Cp,gas | 874.60 | J/mol×K | 1500.00 | Calculated Property |
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| η | [0.9040725; 0.0000294] | Pa×s | [276.02; 574.57] |
Joback Predicted correlation
|
| Equation | Y = exp(A + B/T + C·ln(T) + D·T^E) Y is η in Pa×s, T in K | |||
| Coefficient A | -1.99909e+01 | |||
| Coefficient B | 5.48999e+03 | |||
| Coefficient C | 0.00000e+00 | |||
| Coefficient D | 0.00000e+00 | |||
| Coefficient E | 0.00000e+00 | |||
| Comment | Liquid phase. Joback/Reid (1987), valid from Tf to 0.7·Tc. | |||
| Temperature range, min. | 276.02 | |||
| Temperature range, max. | 574.57 | |||
| η | 0.9040725 | Pa×s | 276.02 | Calculated Property |
| η | 0.1070072 | Pa×s | 309.19 | Calculated Property |
| η | 0.0191525 | Pa×s | 342.36 | Calculated Property |
| η | 0.0046456 | Pa×s | 375.54 | Calculated Property |
| η | 0.0014182 | Pa×s | 408.71 | Calculated Property |
| η | 0.0005173 | Pa×s | 441.88 | Calculated Property |
| η | 0.0002173 | Pa×s | 475.06 | Calculated Property |
| η | 0.0001022 | Pa×s | 508.23 | Calculated Property |
| η | 0.0000527 | Pa×s | 541.40 | Calculated Property |
| η | 0.0000294 | Pa×s | 574.57 | Calculated Property |
Similar Compounds
![2-[2-[2-[2-[2-[2-[2-[2-[2-[2-[2-(2-Hydroxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol.](data:image/png;base64,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)
![2-[2-[2-[2-[2-[2-[2-[2-[2-[2-(2-Methoxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol.](data:image/png;base64,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)
![2-[2-[2-[2-[2-[2-(2-Methoxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol.](data:image/png;base64,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)
![Ethanol, 2-[2-(2-methoxyethoxy)ethoxy]-.](data:image/png;base64,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)
![2-[2-[2-[2-[2-[2-[2-[2-(2-Methoxyethoxy)ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethoxy]ethanol.](data:image/png;base64,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)
Find more compounds similar to Hexaethylene glycol.
Sources
- Jean-Claude Bradley Open Melting Point Dataset (2014, CC0) ChEDL chemicals 1.5.2, from Bradley, J.-C.; Williams, A.; Lang, A. Jean-Claude Bradley Open Melting Point Dataset. Figshare, 2014 (CC0).
- Cheméo Relay (1.0)
- ChemSep v8.3 pure component data Converted from ChemSep v8.3 pure component data, H. Kooijman and R. Taylor (2021, 2022), Artistic License 2.0; see how the values differ.
- Crippen Method
- Crippen Method
- New measurements and modeling of high pressure thermodynamic properties of glycols
- Critical temperatures and pressures of ethylene glycols
- Heat Capacity and Phase Behavior of Selected Oligo(ethylene glycol)s
- Joback Method
- McGowan Method
- NIST Webbook
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