Absorption
Johann Schlauer,
Manfred Kriebel,
Johann Schlauer
Lurgi GmbH, Frankfurt, Federal Republic of Germany
Search for more papers by this authorManfred Kriebel
Lurgi GmbH, Frankfurt, Federal Republic of Germany
Search for more papers by this authorJohann Schlauer,
Manfred Kriebel,
Johann Schlauer
Lurgi GmbH, Frankfurt, Federal Republic of Germany
Search for more papers by this authorManfred Kriebel
Lurgi GmbH, Frankfurt, Federal Republic of Germany
Search for more papers by this authorFirst published: 15 June 2000
Abstract
The article contains sections titled:
1. |
Equilibrium of Gas Solubility |
1.1. |
Introduction |
1.2. |
Gas-Phase Fugacity |
1.3. |
Liquid-Phase Fugacity and Activity |
1.4. |
Physical Absorption |
1.5. |
Chemical Absorption |
1.6. |
Enthalpy and Absorption Equilibrium |
2. |
Mass Transfer |
2.1. |
Introduction |
2.2. |
Mass Transfer Coefficients |
2.3. |
Effect of Solute Concentration |
2.4. |
Correlation of Mass Transfer Coefficients |
2.5. |
Mass Transfer and Chemical Reaction |
2.6. |
Modeling of Mass Transfer with Chemical Reaction |
3. |
Design of Absorption Systems |
3.1. |
Methods of Absorption |
3.2. |
Methods of Desorption |
3.3. |
Absorption and Desorption Equipment |
3.4. |
Columns with Mass-Transfer Plates |
3.5. |
Columns with Random Packing |
3.6. |
Columns with Structured Packing |
3.7. |
Columns with Special Internals |
4. |
Design of Absorption Equipment |
4.1. |
Physical Absorption in Plate Columns |
4.2. |
Chemisorption in Packed Columns |
4.3. |
Nonisothermal Absorption |
5. |
Design of Desorption Equipment |
5.1. |
Physical Desorption in Flash Columns |
5.2. |
Physical Desorption in Stripper Columns |
5.3. |
Physical Desorption in Reboiler Columns |
5.4. |
Chemical Desorption in Reboiler Columns |
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