IGCC´ÖúÆø¸ßÎÂÍÑÁò(Ó¢ÎÄ°æ)

1 H2S and Its Effect on Devices and Environment
1£®1 H2S Emission Sources
1£®2 H2S Chemical Properties
1£®3 Acid Gas Removal Methods
1£®4 IGCC Environmental Performance
References

2 Status of Coal Gas H2S Removal
2£®1 Clean Coal Technology
2£®1£®1 Pre-combustion Clean Technologies
2£®1£®2 Combustion Adjusting and Optimization
2£®1£®3 Flue Gas Emission Controls
2£®2 H2S Removal for Integrated Gasification Combined Cycle
2£®2£®1 Introduction of Integrated Gasification Combined Cycle
2£®2£®2 Integrated Gasification Combined Cycle Desulfurization
2£®3 Low-Temperature Coal Gas Desulfurizers
2£®4 High-Temperature Coal Gas Desulfurizers
2£®4£®1 Unsupported Desulfurizers
2£®4£®2 Supported Desulfurizers
2£®4£®3 Kinetic Studies for High-Temperature Desulfurization£®£®
References

3 Rare-Earth Oxide Desulfurizers
3£®1 Desulfurizer Synthesis and Desulfurization System
3£®1£®1 Synthesis and Characterization of Rare-Earth Oxide Desulfurizers
3£®1£®2 Fixed-bed Reactor Desulfurization System
3£®1£®3 Activity Evaluation of Rare-Earth Oxide Desulfurizers£®£®
3£®2 Cerium-Based High-Temperature Desulfurizers
3£®2£®1 Textural Properties of Cerium-Based Desulfurizers
3£®2£®2 Crystalline Structures of Cerium-Based Desulfurizers£®£®£®
3£®2£®3 Surface Elemental Analysis of Cerium-Based Desulfurizers
3£®2£®4 Activity of Cerium-Based Desulfurizers
3£®3 Lanthanum-Based High-Temperature Desulfurizers
3£®3£®1 Textural Properties of Lanthanum-Based Desulfurizers
3£®3£®2 Crystalline Structure of Lanthanum-Based Desulfurizers
3£®3£®3 Surface Elemental Analysis of Lanthanum-Based Desulfurizers
3£®3£®4 Activity of Lanthanum-Based Desulfurizers
3£®4 Sulfidation Mechanism of Rare-Earth Oxide Desulfurizers
3£®5 Summary
References

4 Nano Elemental Metal Desulfurizers
4£®1 Sorbent Synthesis and Activity Tests
4£®1£®1 Carbon Aerogel Synthesis
4£®1£®2 Synthesis of Nano Elemental Metal Desulfurizers
4£®1£®3 Activity Tests for Nano Elemental Metal Desulfurizers
4£®2 Nano Fe High-Temperature Desulfurizers
4£®2£®1 Textural Properties of Nano Fe Desulfurizers
4£®2£®2 Crystalline Structures of Nano Fe Desulfurizers
4£®2£®3 Surface Elemental Analysis of Nano Fe Desulfurizers£®£®
4£®2£®4 Activity of Nano Fe Desulfurizers
4£®3 Nano Cu High-Temperature Desulfurizers
4£®3£®1 Textural Properties of Nano Cu Desulfurizers
4£®3£®2 Crystalline Structures of Nano Cu Desulfurizers
4£®3£®3 Surface Elemental Analysis of Nano Cu Desulfurizers
4£®3£®4 Activity of Nano Cu Desulfurizers
4£®4 Sulfidation Mechanism of Nano Elemental Metal Desulfurizers
4£®5 Summary
References

5 Desulfurization Kinetics and Thermodynamics
5£®1 Desulfurizer TPR Kinetics
5£®1£®1 H2-TPR Experiments
5£®1£®2 Kinetic Equations of Desulfurizer Reduction
5£®1£®3 H2-TPR Profile and Kinetic Parameter Analysis
5£®2 Desulfurizer Deactivation Kinetics
5£®3 Desulphurization Thermodynamics
5£®3£®1 Thermodynamic Equations of Desulfurization
5£®3£®2 Thermodynamic Properties of Desulfurizers
5£®4 Influence of Gas Composition on Desulfurization Performance
5£®4£®1 Effect of CO on Rare Earth Oxide Desulfurization Performance
5£®4£®2 Effect of H2 on Rare Earth Oxide Desulfurization Performance
5£®4£®3 Effect of CO and H2 on Nano Metal Desulfurization Performance
5£®4£®4 Effect of CO and H2 on Sulfidation Products
5£®5 Summary
References

Index