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Description
Combustion technologies are commercially available throughout the world. They play a major role in energy production from biomass. For further implementation of biomass combustion, however, combustion technology needs to be optimized to meet demands for lower costs, increased fuel flexibility, lower emissions and increased efficiency.IEA Bioenergy Task 32, Biomass Combustion and Cofiring, aims to accelerate the market introduction of improved combustion systems in its member countries by exchanging technical and non-technical information. This relates both to stand-alone small and mediumscale combustion plants as well as co-firing of biomass in existing coal power plants.
This second edition of the handbook again is the result of a collective effort of the members of Task 32. The first edition was produced in response to the many questions asked of us with respect to developments in biomass combustion technologies for both domestic and industrial use as well as for co-firing in coal power plants. It was spread around the world and translated into different languages.
Content:-
List of figures and tables
Preface
List of contributors
1. Introduction
2. Biomass Fuel Properties and Basic Principles of Biomass Combustion
3. Biomass Fuel Supply and Pre-treatment
4. Domestic Wood-Burning Appliances
5. Combustion Technologies for Industrial and District Heating Systems
6. Power Generation and Co-generation
7. Co-combustion
8. Biomass Ash Characteristics and Behaviour in Combustion Systems
9. Environmental Aspects of Biomass Combustion
10. Policies
11. Research and Development: Needs and Ongoing Activities
Annex 1. Mass Balance Equations and Emission Calculation
Annex 2. Abbreviations
Annex 3. European and National Standards or Guidelines for Solid Biofuels and Solid Biofuel Analysis
Annex 4. Members of IEA Bioenergy Task 32: Biomass Combustion and Cofiring
Index
Author Details
"Sjaak van Loo"
&
"Jaap Koppejan"
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