燃煤烟气汞排放控制（英文版）

　　汞对环境和人类健康造成严重危害，其排放控制日益引起重视。《燃煤烟气汞排放控制（英文版）》对自然和人为汞排放，特别是燃煤电站汞的形态转化、迁移特性及其影响因素进行了系统论述；全面介绍了汞排放的控制方法，如电厂现有空气污染控制设备对烟气汞的脱除、吸附剂喷射技术等。《燃煤烟气汞排放控制（英文版）》系统地给出了实验室、中试以及工业应用规模上吸附剂喷射的实验研究成果，将有助于研究人员和工程师对吸附剂喷射法降低汞排放机理的理解以及应用这些方法在燃煤发电厂进行汞排放的控制。通过阅读《燃煤烟气汞排放控制（英文版）》，读者可以全面地了解烟气汞排放控制方法及其工业应用。

暂缺《燃煤烟气汞排放控制（英文版）》作者简介

1 Mercury and Its Effects on Environment and Human's Health
1．1 Mercury Emission Sources
1．2 Mercury Speciation and Its Transportation
1．3 The Effect of Mercury on Environment and Human' s Health References
2 The Status of Mercury Emission from Coal Combustion Power Station
2．1 Flue Gas Mercury Emission and Its Speciation
2．2 The Status of Mercury Emission in the USA
2．3 The Status of Mercury Emission in China
2．4 The Status of Global Mercury Emission
References
3 Coal-Fired-Derived Flue Gas Mercury Measurement
3．1 Ontario Hydro Method （OHM）
3．1．1 Introduction of OHM
3．1．2 Procedure and QA/QC of OHM
3．2 Semicontinuous Emission Monitor （SCEM）
3．2．1 Introduction of SCEM
3．2．2 Comparison Between Different SCEM Methods
3．3 Appendix K （Sorbent Trap Method）
3．4 Comparison Between Different Mercury Emission Measurement Methods
3．4．1 Comparison Between SCEM and OHM
3．4．2 Comparison Between OHM， SCEM， and Appendix K
3．5 The Effects of Mercury Measurements on Mercury Speciation ．． References
4 The Influence Factors on Mercury Speciation
4．1 The Effect of Halogen on Mercury Speciation
4．1．1 The Effect of Chlorine and Chloride on Mercury Speciation
4．1．2 The Effect of Other Halogen on Mercury Speciation
4．1．3 Addition of Hydrogen Bromide （HBr）
4．1．4 Addition of Hydrogen Iodine （HI）
4．1．5 Comparison of Impacts on Hg（0） Oxidation by Different Halogen Additives
4．2 The Effect of SO2， NOx， and Other Constitutes on Mercury Speciation
4．2．1 The Effect of SOx on Mercury Speciation
4．2．2 The Effect of NOx on Mercury Speciation
4．2．3 The Effect of NO and SO2 on Mercury Oxidation by HCI
4．2．4 The Effect of H20 on Mercury Speciation
4．2．5 The Effect of Fly Ash on Mercury Speciation References
5 Coal-Fired Flue-Gas Mercury Control Technologies
5．1 The Co-benefit of Existing Air Pollution Control Devices （APCDs）
5．2 Sorbent Development and Its Mercury Emission Removal Efficiency
5．2．1 Activated Carbon （AC） and Powdered Activated Carbon （PAC）
5．2．2 Modified Powdered Activated Carbon
5．2．3 Fly Ash
5．2．4 Novel Sorbent
5．3 Evaluation of the Effect of Sorbent Injection on Mercury Removal
5．4 Additives into the Coal Combustion
5．5 Multi-pollution Emission Control Technology
5．6 The Developing Trend of Coal-Fired Fine-Gas Mercury Emission Controls
5．6．1 Fuel/Raw Material Pretreatment
5．6．2 Existing Air Pollution Control Devices （APCDs）
5．6．3 Mercury Adsorption
5．6．4 Mercury Oxidation
References
Index