- InChI
- InChI=1S/C4H10O2S/c5-1-3-7-4-2-6/h5-6H,1-4H2
- InChI Key
- YODZTKMDCQEPHD-UHFFFAOYSA-N
- Formula
- C4H10O2S
- SMILES
- OCCSCCO
- Molecular Weight1
- 122.19
- CAS
- 111-48-8
- Other Names
-
- .beta.,.beta.'-dihydroxydiethyl sulfide
- .beta.-thiodiglycol
- 2,2'-Thiobis[ethanol]
- 2,2'-Thiodiglycol
- 2,2'-thiodiethanol
- 2,2-Thiodiethanol
- 3-Thiapentane-1,5-diol
- Bis(2-hydroxyethyl) sulphide
- Bis(2-hydroxyethyl) thioether
- Bis(2-hydroxyethyl)sulfide
- Bis(b-hydroxyethyl) sulfide
- Bis(«beta»-hydroxyethyl) sulfide
- Di(2-hydroxyethyl) sulfide
- Diethanol sulfide
- Dihydroxyethyl sulfide
- Ethanol, 2,2'-thiodi-
- Glyecine A
- Kromfax solvent
- NSC 6289
- Sulfide, bis(2-hydroxyethyl)
- Tedegyl
- Thiodiethanol
- bis(2-hydroxyethyl) sulfide
- ethanol, 2,2'-thiobis-
- thiodiethylene glycol
- «beta»,«beta»'-Dihydroxydiethyl sulfide
- «beta»,«beta»'-Dihydroxyethyl sulfide
- «beta»-Bis(hydroxyethyl) sulfide
- «beta»-Hydroxyethyl sulfide
- «beta»-Thiodiglycol
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- 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).
- ΔvapH : Enthalpy of vaporization at a given temperature (kJ/mol).
- 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).
- Pvap : Vapor pressure (kPa).
- ρl : Liquid Density (kg/m3).
- Inp : Non-polar retention indices.
- I : Polar retention indices.
- Tboil : Normal Boiling Point Temperature (K).
- Tboilr : Boiling point at reduced pressure (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ΔfG° | -257.72 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -388.48 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 18.42 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 64.67 | kJ/mol | Joback Calculated Property |
| log10WS | 0.09 | Crippen Calculated Property | |
| logPoct/wat | -0.296 | Crippen Calculated Property | |
| McVol | 95.310 | ml/mol | McGowan Calculated Property |
| Pc | 5094.76 | kPa | Joback Calculated Property |
| Inp | [1130.90; 1184.00] |
|
|
| Inp | 1133.00 | NIST | |
| Inp | 1140.00 | NIST | |
| Inp | 1131.00 | NIST | |
| Inp | 1184.00 | NIST | |
| Inp | 1131.00 | NIST | |
| Inp | 1181.50 | NIST | |
| Inp | 1130.90 | NIST | |
| Inp | 1181.50 | NIST | |
| Inp | 1184.00 | NIST | |
| Inp | 1131.00 | NIST | |
| Inp | 1133.00 | NIST | |
| I | [2351.90; 2423.00] |
|
|
| I | 2382.00 | NIST | |
| I | 2393.00 | NIST | |
| I | 2351.90 | NIST | |
| I | 2422.60 | NIST | |
| I | 2423.00 | NIST | |
| I | 2382.00 | NIST | |
| I | 2422.60 | NIST | |
| I | 2423.00 | NIST | |
| Tboil | 556.15 | K | NIST |
| Tc | 719.76 | K | Joback Calculated Property |
| Tfus | 263.15 | K | NIST |
| Vc | 0.351 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [213.30; 250.10] | J/mol×K | [544.06; 719.76] |
|
| Cp,gas | 213.30 | J/mol×K | 544.06 | Joback Calculated Property |
| Cp,gas | 220.13 | J/mol×K | 573.34 | Joback Calculated Property |
| Cp,gas | 226.67 | J/mol×K | 602.63 | Joback Calculated Property |
| Cp,gas | 232.94 | J/mol×K | 631.91 | Joback Calculated Property |
| Cp,gas | 238.93 | J/mol×K | 661.19 | Joback Calculated Property |
| Cp,gas | 244.65 | J/mol×K | 690.47 | Joback Calculated Property |
| Cp,gas | 250.10 | J/mol×K | 719.76 | Joback Calculated Property |
| ΔvapH | [27.10; 28.30] | kJ/mol | [425.50; 436.50] |
|
| ΔvapH | 27.10 | kJ/mol | 425.50 | NIST |
| ΔvapH | 28.30 | kJ/mol | 436.50 | NIST |
| Pvap | [6.53e-05; 3.67e-04] | kPa | [298.15; 313.15] |
|
| Pvap | 6.53e-05 | kPa | 298.15 | Vapor P... |
| Pvap | 1.28e-04 | kPa | 303.15 | Vapor P... |
| Pvap | 2.00e-04 | kPa | 308.15 | Vapor P... |
| Pvap | 3.67e-04 | kPa | 313.15 | Vapor P... |
| ρl | [1138.00; 1182.40] | kg/m3 | [293.15; 353.15] |
|
| ρl | 1182.40 | kg/m3 | 293.15 | Experim... |
| ρl | 1174.00 | kg/m3 | 303.15 | Experim... |
| ρl | 1167.00 | kg/m3 | 313.15 | Experim... |
| ρl | 1160.00 | kg/m3 | 323.15 | Experim... |
| ρl | 1152.00 | kg/m3 | 333.15 | Experim... |
| ρl | 1145.00 | kg/m3 | 343.15 | Experim... |
| ρl | 1138.00 | kg/m3 | 353.15 | Experim... |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 438.20 | K | 2.70 | NIST |
Similar Compounds
![Ethanol, 2,2'-[1,2-ethanediylbis(thio)]bis-.](data:image/png;base64,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)
![Ethanol, 2,2'-[methylenebis(thio)]bis-.](data:image/png;base64,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)
![Ethanol, 2,2'-[1,4-butanediylbis(thio)]bis-.](data:image/png;base64,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)
![1-Propanol, 3-[(2-hydroxyethyl)thio]-.](data:image/png;base64,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)
Find more compounds similar to Thiodiglycol.
Mixtures
Sources
- Crippen Method
- Crippen Method
- Experimental solubility of carbon dioxide and hydrogen sulfide in 2,2'-thiodiglycol
- Vapor Pressure of Thiodiglycol
- Joback Method
- McGowan Method
- NIST Webbook
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