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Fossil Fuel Emissions Control Technologies

  • ID: 3329073
  • Book
  • May 2015
  • 514 Pages
  • Elsevier Science and Technology
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An expert guide to emission control technologies and applications, Fossil Fuels Emissions Control Technologies provides engineers with a guide to link emission control strategies to available technologies, allowing them to choose the technology that best suits their individual need.  This includes reduction technologies for Nitrogen Oxides, Sulfur Oxides, Mercury and Acid Gases. In this reference, the author explains the most critical control technologies and their application to real-world regulatory compliance issues. Numerous diagrams and examples emphasizing pollution formation mechanisms, key points in pollutant control, and design techniques are also included.

- Provides numerous diagrams and examples to emphasize pollution formation mechanisms- Coverage of critical control technologies and their application to real-world solutions- Explains Sulfur Oxides, Acid Gases, Nitrogen Oxides Formation and Organic HAPs, Control and Reduction Technologies- Covers Particulate Matter and Mercury Emissions Formation and Reduction Technologies

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Chapter 1: Regulations

Chapter 2: Fuel Switching

Chapter 3: Particulate Matter Formation and Reduction Technologies

Chapter 4: Sulfur Oxides Formation and Reduction Technologies

Chapter 5: Nitrogen Oxides Formation and Control

Chapter 6: Mercury Emissions Reduction

Chapter 7: Acid Gases Formation and Reduction Technologies

Chapter 8: Organic HAPs Formation and Reduction Technologies

Chapter 9: Enhanced Combustion Technologies

Chapter 10: GHG Emissions Reduction Technologies

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Miller, Bruce G.
Mr. Miller (B.S. and M.S. Chemical Engineering) has more than 30 years' experience in energy research and development, combustion systems, fuels characterization, preparation and handling, hardware development and testing, and emissions characterization and control. He has been PI or co-PI of over $44 M in sponsored research. He is the author of four books published by Elsevier
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