- InChI
- InChI=1S/C4H11NO2/c5-1-3-7-4-2-6/h6H,1-5H2
- InChI Key
- GIAFURWZWWWBQT-UHFFFAOYSA-N
- Formula
- C4H11NO2
- SMILES
- NCCOCCO
- Molecular Weight1
- 105.14
- CAS
- 929-06-6
- Other Names
-
- 1-Amino-2-(2-hydroxyethoxy)ethane
- 2-(2-Aminoethoxy)ethanol
- 2-(2-Hydroxyethoxy)ethylamine
- 2-(Hydroxyethoxy)ethylamine
- 2-Amino-2'-hydroxydiethyl ether
- 2-Aminoethoxyethanol
- 2-Aminoethyl 2-hydroxyethyl ether
- 5-Hydroxy-3-oxapentylamine
- Aminoethoxyethanol
- Diethylene glycol amine
- Diethylene glycol monoamine
- Diglycolamine agent
- Ethanol, 2-(2-aminoethoxy)-
- NSC 86108
- «beta»-(«beta»-Hydroxyethoxy)ethylamine
- «beta»-Hydroxy-«beta»'-aminoethyl ether
- «beta»-(«beta»-Hydroxyethoxy)ethylamine
- «beta»-Hydroxy-«beta»'-aminoethyl ether
- 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).
- 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).
- Tboil : Normal Boiling Point Temperature (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° | -192.57 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -376.55 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 16.59 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 54.23 | kJ/mol | Joback Calculated Property |
| log10WS | 0.72 | Crippen Calculated Property | |
| logPoct/wat | -1.046 | Crippen Calculated Property | |
| McVol | 88.940 | ml/mol | McGowan Calculated Property |
| Pc | 4800.00 | kPa | Critica... |
| Tboil | 494.20 | K | NIST |
| Tc | 653.33 | K | Joback Calculated Property |
| Tfus | 301.15 | K | Joback Calculated Property |
| Vc | 0.326 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [200.12; 242.47] | J/mol×K | [478.05; 653.33] | 
|
|
T(K) Ideal gas heat capacity (J/mol×K) 200 210 220 230 240 500 550 600 650 | ||||
| Cp,gas | 200.12 | J/mol×K | 478.05 | Joback Calculated Property |
| Cp,gas | 207.83 | J/mol×K | 507.26 | Joback Calculated Property |
| Cp,gas | 215.28 | J/mol×K | 536.48 | Joback Calculated Property |
| Cp,gas | 222.47 | J/mol×K | 565.69 | Joback Calculated Property |
| Cp,gas | 229.39 | J/mol×K | 594.90 | Joback Calculated Property |
| Cp,gas | 236.06 | J/mol×K | 624.11 | Joback Calculated Property |
| Cp,gas | 242.47 | J/mol×K | 653.33 | Joback Calculated Property |
| Pvap | [3.68e-03; 24.90] | kPa | [303.20; 450.10] |
|
|
T(K) Vapor pressure (kPa) 0 5 10 15 20 25 300 350 400 450 | ||||
| Pvap | 3.68e-03 | kPa | 303.20 | Vapor P... |
| Pvap | 5.00e-03 | kPa | 306.20 | Vapor P... |
| Pvap | 6.30e-03 | kPa | 308.20 | Vapor P... |
| Pvap | 7.93e-03 | kPa | 311.20 | Vapor P... |
| Pvap | 9.58e-03 | kPa | 313.20 | Vapor P... |
| Pvap | 0.01 | kPa | 316.20 | Vapor P... |
| Pvap | 0.02 | kPa | 318.20 | Vapor P... |
| Pvap | 0.02 | kPa | 321.30 | Vapor P... |
| Pvap | 0.03 | kPa | 324.30 | Vapor P... |
| Pvap | 0.03 | kPa | 326.30 | Vapor P... |
| Pvap | 0.04 | kPa | 329.20 | Vapor P... |
| Pvap | 0.05 | kPa | 331.30 | Vapor P... |
| Pvap | 0.06 | kPa | 334.20 | Vapor P... |
| Pvap | 0.07 | kPa | 336.30 | Vapor P... |
| Pvap | 0.09 | kPa | 339.20 | Vapor P... |
| Pvap | 0.10 | kPa | 341.30 | Vapor P... |
| Pvap | 0.12 | kPa | 344.30 | Vapor P... |
| Pvap | 0.14 | kPa | 346.20 | Vapor P... |
| Pvap | 0.17 | kPa | 349.20 | Vapor P... |
| Pvap | 0.21 | kPa | 351.20 | Vapor P... |
| Pvap | 0.24 | kPa | 353.20 | Vapor P... |
| Pvap | 0.29 | kPa | 356.20 | Vapor P... |
| Pvap | 0.36 | kPa | 359.20 | Vapor P... |
| Pvap | 1.94 | kPa | 391.50 | Vapor P... |
| Pvap | 2.94 | kPa | 399.40 | Vapor P... |
| Pvap | 3.94 | kPa | 405.30 | Vapor P... |
| Pvap | 4.94 | kPa | 410.10 | Vapor P... |
| Pvap | 7.44 | kPa | 419.20 | Vapor P... |
| Pvap | 9.94 | kPa | 426.00 | Vapor P... |
| Pvap | 14.90 | kPa | 436.20 | Vapor P... |
| Pvap | 19.90 | kPa | 443.90 | Vapor P... |
| Pvap | 24.90 | kPa | 450.10 | Vapor P... |
| ρl | [1015.24; 1063.90] | kg/m3 | [283.15; 343.15] |
|
|
T(K) Liquid Density (kg/m3) 1020 1030 1040 1050 1060 300 320 340 | ||||
| ρl | 1063.90 | kg/m3 | 283.15 | Densiti... |
| ρl | 1055.86 | kg/m3 | 293.15 | Densiti... |
| ρl | 1047.80 | kg/m3 | 303.15 | Densiti... |
| ρl | 1039.73 | kg/m3 | 313.15 | Densiti... |
| ρl | 1031.63 | kg/m3 | 323.15 | Densiti... |
| ρl | 1023.46 | kg/m3 | 333.15 | Densiti... |
| ρl | 1015.24 | kg/m3 | 343.15 | Densiti... |
Correlations
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Pvap | [1.33; 202.69] | kPa | [405.77; 483.30] |
The Yaw...
|
| Equation | ln(Pvp) = A + B/(T + C) | |||
| Coefficient A | 2.49459e+01 | |||
| Coefficient B | -7.47109e+03 | |||
| Coefficient C | -1.02786e+02 | |||
| Temperature range, min. | 405.77 | |||
| Temperature range, max. | 483.30 | |||
|
T(K) Vapor pressure (kPa) 0 50 100 150 200 420 440 460 480 | ||||
| Pvap | 1.33 | kPa | 405.77 | Calculated Property |
| Pvap | 2.64 | kPa | 414.38 | Calculated Property |
| Pvap | 5.02 | kPa | 423.00 | Calculated Property |
| Pvap | 9.26 | kPa | 431.61 | Calculated Property |
| Pvap | 16.54 | kPa | 440.23 | Calculated Property |
| Pvap | 28.69 | kPa | 448.84 | Calculated Property |
| Pvap | 48.47 | kPa | 457.46 | Calculated Property |
| Pvap | 79.88 | kPa | 466.07 | Calculated Property |
| Pvap | 128.62 | kPa | 474.69 | Calculated Property |
| Pvap | 202.69 | kPa | 483.30 | Calculated Property |
Similar Compounds
![2-[2-(dimethylamino)ethoxy]ethanol.](data:image/png;base64,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)
![N-[2-(2-hydroxyethoxy)ethyl]formamide.](data:image/png;base64,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)
![2-(2-{2-[2-(2-Diethylamino-ethoxy)- ethoxy]-ethoxy}-ethoxy)-ethanol.](data:image/png;base64,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)
![2-[2-(2-{2-[2-(2-Diethylamino-ethox y)-ethoxy]-ethoxy}-ethoxy)-ethoxy]- ethanol.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAOkklEQVR4nO3deVDU9xnH8WeX+/KKBhQSTDQgRJswipOIkiCOwUinOpZEJ544FTB1tbFmHa2ztKbGaIYQNVpm6k63NDFYqxZTQ9K0aNvxQq6CaDEaRTEyCMgtx/6e/vFbN4kCe4AB83xef3Esz353efP7fXdnVzXMTAAyaPt7AQDfH+QOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBkDsIgtxBEOQOgiB3EAS5gyDIHQRB7iAIcgdBXPt7AQB9oLa29rPPPvP09Jw7d24PF9Mw8/e2JoAH5OzZs5GRkZMmTcrLy+vhYtjMwA+Bi4sLEZnN5p4vhtzhh0Cr1RKRoig2Lva9LAbgwcLRHQTB0R0EwdEdBEHuIAg2MyAIju4gCI7uIIidR3e8Zgac1dFBRiM1NNCCBRQU1L9refhzb2ggT09yd+/vdfSRggI6cIA0GvrJT2jy5P5eTV/YvJlefZVGj6bkZMrMdHpMUVGRn5/fjRs3pk2b5vSQ0tJSsmMzQzwwbdnC27bxunX86ae9GaMoitls7uVaGhsb6+rqKioqejVl+XJWFFYUTkx0ekZ9fb1er8/KykpLS2tra3NuSFNTk8FgSElJGT9+vMlkUhTFydUkJ1s+2LCBa2qcGFBbW6vT6VxcXCZMmEBE8fHxFy9edHqIi4tLTk5Ozxfu+9wPHTp09uzZw4cPOz+irY1ff93y8YoVTo/Jzs4OCwtbuHBhQkLC5cuXnR4SHBwcGxvr5uam0+lu377t8AhF4Y6Ob+JITubWVm5vd3CGYjKZRo4cSURDhgwhoqeeeurgwYOODjEajf7+/kTk6mo5sUdFRZ0+fdqBKWYz//73nJHBq1ZxYyMz889+xnl5PH8+f/WV3TPMGRkZw4cPJyI3N7fo6GgfHx8icnd3X7t2bV1dnZ1DTCbTiBEj1CE6na6+vr7nH+nL3MvLy19++WUievLJJ4koJiamoKDA4SllZVxbyzqd5dOkJC4p4WvXHJpRWlo6ffp09dfp7u5ORF5eXhs2bGhoaLB/SHFx8QsvvKAOCQwMVB/7jxgxYvfu3R0dHfZOKSriadP4t7/l11/n69e5spJXrmSDgUNCeP9+O2cUFBRMnTpVXUlkZOR7770XFhamfvriiy+W2ncn3ygoeO6559Sfio6OLiwsNJlMAQEBRKTRaBISEr6yJ9bTpzkykonYz48LC3n9ejYY+OhRjotjIvb05PXr2VZzeXl51pXExMSUlJQwc2Vl5bJly9Q7OTp63q5d3PN9/O9/c1xco7u7LxHNnDnz/Pnz9twJfZN7Q0PDunXr1LCGDRs2f/78Rx55hIi0Wm1iYuKNGzfsmtLUxAYDe3hwaiqvW8dZWfzuu/ynP/GkSeztzXo92xFrY2OjwWCwriQ9Pf3y5csLFizQaDREFBAQUPzhh9zZaWNKbe1/f/Mb9fjn7+9vNBrNZnN+fr61/tDQ0P02Y62p4ZUr2cWFiXjMGK6t5R07+P33+fZtjohgIibi2FguKupxIZYzNRGNHDnSuvfo6OjIyMjw9/fXaDSnn36aExL4ypWeVqLTsZdX3BNPjBo16tsbGHVj4+XlpR4R9Hp9dwfIzqoqTkxkrZaJOCiIP/74O9+uqOCFC1mjYSJ+9NEGo7Gzqzv51q1bOp1ObTowMNBkMt1zgYKCgunTY8PCiog4NLTrA0Jl5TdXNXfuPw4dOtTtDb9Pr3NXFM7MzPvxj9W4k5KSbt26xcx1dXV6vd7Dw4OIvL299Xp9o3ri626IycQBAUzELi78xhusKFxSwhUVXF/Pr7xiuXGjRrHRyN3sxdXTvXqm1mq1ixYtqq6utn43Ly9v2rRpTz722B0PDw4L47/9raeVPPoou7omjBu3YsUK9eZYZWdnjx07Vo1+xowZxcXF988wm80lmZk8fDgTsZsbv/HGvQe89nZ+/30eNky9vUUbN3799df3D7F5pq6rq/toyxb28GAi9vHh1FRubv7OJTo6eOdOHjqUidjd/fqWLV3+Fq5du7Zo0SL1iDB8+PD09PRvx6r+aT01Zkz1sGHs5sY6XbfHnbNnOTqaiQyRkePGjTty5Mi3h6Snpw8ePFg93+p0uh56+Pvf+emnvzkgnDpluf9u3uRt29jPj4nYy4t//WtuaeluRtd6l3thIU+dykTs6rpx3rz8/Px7vn/16lXr/RgYGJiRkXH/A8f8/PyPly613LipU7mwsIsr+s9/ePJk9TJvz52bm5t7/5ApU6ZYz9RdVqgoyvWDB3n0aMt1xcfzhQvfucSpU5YzNRHHxLSXlnZ5o9vb2637TvXv6ubNm9bvqmfqQX5+N/z9OSaGS0q6HMLMXFvLer151KjgwYN9fHwMBkPL3d/emTNnJt999mb69Oml3azE4tIl/ulPLcsOCuLqas7O5j/8gW/f5vh4y9dnzeL//a+nIcxnzpyxbpnCw8OPHj3KzLm5uePHj1e/uGvlSrbjoWT94cPqbpaIZs2ade7cuW8PiY+Pv3Tpks0h7e2ckcEjRjARL1/Os2ezorBOZ6kgPp6deyzmbO6NjZySYjlTBwSwycTdP8A/efLk888/r97aiRMnHj9+XP269Uzt5+tb+aMfcWZmD0NYUfjDD7+cPVudM2fOnPLycmauqamxnu7vOVN3rbWVt27lQYOYiEeP5gsXeNMm/tWvuKyMx45lIn7sMc7KsnkH1NTU6PV6ddfk6+trMBiuXLmyZMkS9W87ODj49F//anMIM1+/eHHOnDnqjXr88cc/+OAD6wEiKCjo/tN9t06d4ilTeN48fvtt/vxz/vJLXrKE//xnHjPG/gcJiqLs27cvODhYXY+12rFjx37yySf2roT5zp0727ZtU4/l6q+GiEJCQj518Hm2mhpOTeW//IUNBv7jH3n1as7L488/d2jGd9iR+y9+wcxcWsp79/KePWww8Jo1/K9/cWgou7qyTsd2PFmhKMr+/fut9+Ps2bO3b9/u0GNqVUtLy1tvveXr66ueE2fMmDF06FD14/Xr1/e0X7pHVRUnJXFmJi9fzu3t3NbGy5fzkSO8cSM3Ndk7hLmsrGz23b9Ab29vIvL09Ny0aVPzPZsKW3JzcyMiItQfV7fRqampLY6eqhWF6+s5KcnyqV7PdXV8545jQ5jb2trUjUdsbKy3t7fBYGhtbXV0CN89EkVFRYWHhxsMhjuOr0R1+DAfP846HS9d6tyAb9iR++LFfP48Z2fz7t2cksLMbDbzihV88iSXlTl0Zc3NzVu3bvXz8yMi9YmnmTNnXrhnR2GH6upq9YgeGhpKRLGxsefOnXN0iIU1DusHjvviiy+effbZNWvW2Hmm7pLZbDYajbt27UpJSbHrSZLuJCez+pR8UpKNZzd6dPPmzZqammsOPid2v87Ozi4fttpPzb2ykkNCerkWtuNfIpgzhxYvpooKcnGhq1fp3XeJiJKT6Xe/s/GD3aisrExLS4uIiPD19bWex51QXFzs5uZWUVERFxfn9BBKTqbt24mIfvlLyshweox6N6qbkH5WVkZGI3l5UXg4LVjQ36vpAy0tdOwYXb5MEyfS3U2xk+zI/ec/p127qKSETp6kwkJavJguXaKGBlq5slfXPEBUVdHevUREiYkUENDfq4Guvfoq7d9PWVn0yiu9mmPHa2bUrJ94goYMoaVL6Z//pNBQiozs1dUOHP7+tGFDfy8CbNBqiYhsviLGJjtyDw8nIvL1JV9fIqLe7BwAnKI+u2Pr9Y624fXu8BDoq6M7coeHAI7uIIiXl87Ly9ts3tvLOcgdHgKdnXdaW1ttv3vDFuQODwE735tnE3KHhwByB0GamprInrei2jKA35oNQNTa2vrOO+/s27cvLi7u+V6+hAC5w0B24MCBtWvXVlRUaDSakJCQSZMm9XIgcoeBqLy8fPXq1Tk5OUQUERGxc+fOqKio3o/F3h0Glubm5tTU1AkTJuTk5KjvNs7Ly+uT1gn/FRkMHMycmZn55ptvVlVVabXa1157LS0tTX2TZF/BZgYGhIKCglWrVp04cYKIoqOjd+zY8cwzz/T5tWAzA/1vz549kZGRJ06cCAwM/Oijj44dO/YgWicc3WEgeOmll3x8fJYtW7Z58+ZBgwY9uCvC3h0GhPr6evVfLnigkDsIgr07CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0EQe4gCHIHQZA7CILcQRDkDoIgdxAEuYMgyB0E+T+rW5DLOUSuNgAAAABJRU5ErkJggg==)
Find more compounds similar to Diglycolamine.
Mixtures
- Diglycolamine + Methyl Alcohol
- 1,2-Ethanediol + Diglycolamine
- Isopropyl Alcohol + Diglycolamine
- Toluene + Diglycolamine + Water
- Ethylbenzene + Diglycolamine + Water
- Diglycolamine + Water
- Benzene + Diglycolamine + Water
- Ethane + Diglycolamine + Water
Sources
- Crippen Method
- Crippen Method
- Solubility data for toluene in various aqueous alkanolamine solutions
- Solubility of ethylbenzene and xylene in pure water and aqueous alkanolamine solutions
- Excess molar enthalpies for binary mixtures of different amines with water
- Solubility data for benzene in aqueous solutions of methyldiethanolamine (MDEA) and of diglycolamine (DGA)
- Mutual Diffusion Coefficients of Some Aqueous Alkanolamines Solutions
- Critical Point and Vapor Pressure Measurements for 17 Compounds by a Low Residence Time Flow Method
- Solubility of Ethane in Aqueous Solutions of 2-(2-Aminoethoxy)ethanol
- Vapor Pressures of Several Commercially Used Alkanolamines
- Vapor Pressures and Enthalpies of Vaporization of a Series of Low-Volatile Alkanolamines
- Densities and Excess Properties of Primary Amines in Alcoholic Solutions
- Joback Method
- McGowan Method
- NIST Webbook
- The Yaws Handbook of Vapor Pressure
Note: Cheméo is only indexing the data, follow the source links to retrieve the latest data. The source is also providing more information like the publication year, authors and more. Take the time to validate and double check the source of the data.