Create affordable solid fuel blends that will burn efficiently while reducing the carbon footprint. Solid Fuel Blending Handbook: Principles, Practices, and Problems describes a new generation of solid fuel blending processes. The book includes discussions on such topics as flame structure and combustion performance, boiler efficiency, capacity as influenced by flue gas volume and temperature, slagging and fouling, corrosion, and emissions. Attention is given to the major types of combustion systems including stokers, pulverized coal, cyclone, and fluidized bed boilers. Specific topics considered include chlorine in one or more coals, alkali metals (e.g., K, Na) and alkali earth elements, and related topics.

Coals of consideration include Appalachian, Interior Province, and Western bituminous coals; Powder River Basin (PRB) and other subbituminous coals; Fort Union and Gulf Coast lignites, and many of the off-shore coals (e.g., Adaro coal, an Indonesian subbituminous coal with very low sulfur; other off-shore coals from Germany, Poland, Australia, South Africa, Columbia, and more). Interactions between fuels and the potential for blends to be different from the parent coals will be a critical focus of this of the book.

Key Features

• One stop source to solid fuel types and blending processes
• Evaluate combustion systems and calculate their efficiency
• Recognize the  interactions between fuels and their potential energy out put
• Be aware of the Environmental Aspects of Fuel Blending


Power Engineers, Electrical Engineers, Energy Engineers, Energy Economist, Environmental Engineers, Mechanical Engineers, and Industrial Engineers

Table of Contents




Chapter 1. Introduction to Fuel Blending

1.1 Overview

1.2 Fuel Blending for Solid Fuels

1.3 Objectives for Blending

1.4 Blending for the Steel Industry—The Development of Petrology

1.5 Typical Fuel Blends

1.6 Blends and Firing Systems

1.7 Conclusions

Chapter 2. Principles of Solid Fuel Blending

2.1 Introduction: Blending for Dollars

2.2 Designing the Most Favorable Fuel

2.3 Influences on the Most Favorable Fuel Blend

2.4 Developing a Fuel Blending Strategy

2.5 Formation of Pollutants

2.6 Fuel Blending Characteristics Influencing Deposition

2.7 Fuel Blending and Corrosion

2.8 Blending’s Impact on the Physical Characteristics of Solid Fuels

2.9 Management and Control of Fuel Blending

2.10 Conclusions

Chapter 3. Blending Coal on Coal

3.1 Introduction and Basic Principles

3.2 Blending of Coal for Combustion and/or Gasification Purposes

3.3 Combustion and Gasification Processes

3.4 Coals Used in Commercial Applications and Their Blending Potential

3.5 Kinetics and the Analysis of Coal Blend Reactivity

3.6 The Behavior of Inorganic Constituents

3.7 Managing the Coal-on-Coal Blending Process

3.8 Conclusions

Chapter 4. Blending Coal with Biomass

4.1 Introduction

4.2 Biomass and Coal Blending

4.3 Cofiring: Reducing a Plant’s Carbon Footprint

4.4 Other Reasons for Cofiring

4.5 Cofiring in the United States and Europe

4.6 Characteristics of Biomass

4.7 Reactivity Measures for Biomass

4.8 Ratios from Other Measures

4.9 Comparisons of Biomass to Coal

4.10 The Chemistry of Cofiring

4.11 Burning Profiles of Biomass–Coal Blends

4.12 Implications for Biomass–Coal Cofiring Systems

4.13 Case Studies in Cofiring


No. of pages:
© 2012
Print ISBN:
Electronic ISBN:

About the authors

David Tillman

Affiliations and Expertise

Easton, USA

N. Harding

Affiliations and Expertise

NS Harding & Associates, Salt Lake City, USA