The Future of Coal Fired Power Generation Technologies

Published: August 2012
No. of Pages: 121
  

Many of the world's largest economies, including the US and China, have based their prosperity on the availability of electricity from coal. However coal is also an extremely dirty fuel and its combustion is one of the main sources of carbon dioxide, responsible for global warming. The future of coal burning for power generation depends on adapting to new environmental restrictions.

Features and benefits

  • Realize up to date competitive intelligence through a comprehensive review of coal fired power generation technologies concepts.
  • Assess the emerging trends in coal fired power generation technologies.
  • Identify which key trends will offer the greatest growth potential and learn which technology trends are likely to allow greater market impact.
  • Compare how manufacturers are developing coal fired power generation technologies.
  • Quantify costs of coal fired power generation technologies, with comparisons against other forms of power generation technology.

Highlights

Coal accounts for over 40% of total global electrical generation - more than 1,700TWh in 2010 - and the installed generating capacity in 2010 was around 1,500GW out of a world total of 4,500GW.

Total global proven reserves at the end of 2010 were 860,938 mtonnes. Total coal production in 2009 was an estimated 6,903 mtonnes of which 5,990 mtonnes were hard coal and 913 mtonnes were lignite. This compares with production in 2008 of 6,759 mtonnes. Total hard coal production in 1990 was 3,497 mtonnes.

Japan is the most important coal importer, consuming 165 mtonnes of imports in 2009. China is now the second largest importer with 137 mtonnes in 2009, followed by South Korea with 103 mtonnes, India with 67 mtonnes, Taiwan with 60 mtonnes, Germany with 38 mtonnes and the UK with 38 mtonnes.

Your key questions answered

  • What are the drivers shaping and influencing coal fired power generation technology development in the electricity industry?
  • What does coal fired power generation cost? What will it cost in the future?
  • Which coal fired power generation technology types will be the winners and which the losers in terms power generated, cost and viability?
  • Which coal fired power generation technology types are likely to find favor with manufacturers moving forward?
  • Which emerging technologies are gaining in popularity and why?

The Future of Coal Fired Power Generation Technologies

Table of Contents

Dr Paul Breeze   
Disclaimer   

EXECUTIVE SUMMARY   
An introduction to coal fired power generation   
The coal resource   
Conventional coal-fired power generation technology   
Advanced coal cycles   
Carbon dioxide transport and storage   
Coal combustion, politics and the environment   
The cost of coal-fired power generation   
The future of coal fired power generation   
An introduction to coal fired power generation   
Summary   
Introduction   
Emission control and the coal-fired power plant market   
Energy security   
The structure of the report   

The coal resource   
Summary   
Introduction   
Global coal reserves   
Coal production   
Coal consumption   
Coal trade   

Conventional coal-fired power generation technology   
Summary   
Introduction   
Conventional coal burning technology   
Coal-fired boilers   
Boiler types   
Plant efficiency and carbon dioxide emissions   
Steam turbines and coal plant size   
Fluidized bed boilers   
Emission control   
Sulphur dioxide control   
Nitrogen oxide control   
Dust   
Mercury   
Carbon dioxide removal   
Carbon capture retrofitting   
Biomass cofiring   

Advanced coal cycles   
Summary   
Introduction   
Coal gasification   
Coal gasification with carbon capture   
Oxyfuel combustion   
Chemical looping   
Fuel cells   

Carbon dioxide transport and storage   
Summary   
Introduction   
Carbon dioxide storage   
Monitoring of storage sites   
Carbon transportation   
Network development   

Coal combustion, politics and the environment; issues of legislation and regulation   
Summary   
Introduction   
Coal mining   
The products of coal combustion   
Emission control regulatory strategies   
Coal subsidies   

The cost of coal-fired power generation   
Summary   
Introduction   
The cost of coal   
The capital cost of a coal-fired power plant   
The levelized cost of electricity from coal-fired power stations   

The future of coal-fired power generation   
Summary   
Introduction   
Coal consumption growth   
Coal for power generation   
The competition: levelized cost comparisons with other generation sources   
The market for coal-fired power generation   
The future of coal-fired power generation

  
Appendix   
Bibliography/References 

List of Tables

Table: Proportion of coal in power generation mix for leading countries (%), 2010   
Table: Coal types, 2011   
Table: Proven coal reserves to the end of 2010 (mtonnes)   
Table: Proved recoverable reserves from World Energy Council, 2008   
Table: Top ten countries by resource (mtonnes), 2008   
Table: World coal production (mtonnes), 2010   
Table: Top ten hard coal producers (mtonnes), 2009   
Table: Global annual coal consumption (mtonnes), 2010   
Table: Global coal consumption by region (mtonnes)   
Table: Top ten coal consumers (mtonnes oil equivalent), 2010   
Table: Top coal exporters (mtonnes), 2009   
Table: Top coal importers (mtonnes), 2009   
Table: Coal-fired boiler steam conditions and efficiency, 2011   
Table: Typical carbon dioxide production per kWh as a function of efficiency in a coal-fired plant (kgCO 2 /kg coal), 2011   
Table: EU Emission limits   
Table: US emission standards, 2011   
Table: Sulphur dioxide removal systems   
Table: Nitrogen Oxide removal systems, 2011   
Table: Effect of retrofitting carbon capture on plant efficiency (%), 2011   
Table: IGCC plant efficiency (%), 2011   
Table: Main characteristics of alternative combustion technologies, 2011   
Table: Fuel cell types and characteristics, 2011   
Table: Potential global underground storage capacities (Gt CO 2 ), 2011   
Table: Potential length of carbon dioxide transportation network (km), 2010   
Table: The products of coal combustion, 2011   
Table: Global fossil fuel subsidies ($bn), 2011   
Table: The historical cost of coal in the US ($/tonne)   
Table: Northern European coal prices ($/t)   
Table: 2008 steam coal for power generation prices (£/t)   
Table: Capital cost of coal-fired power plants with and without carbon capture ($/kW), 2011   
Table: Capital cost of coal fired plants in the US, 2011   
Table: The cost of electricity from coal fired power plants 2010-2015 ($/MWh), 2010   
Table: Levelized cost of electricity from coal-fired power plants with and without carbon capture, 2011   
Table: Levelized cost of electricity base on Lazard analysis ($/MWh), 2010   
Table: Levelized cost of electricity for US coal-fired plants entering service in 2016   
Table: Historical and predicted total coal consumption, by region (mtoe), 2011   
Table: Coal's share of global electricity sector generation (%), 2010   
Table: Coal's share of power generation, by region (%), 2010   
Table: Levelized cost of electricity for plants entering service in 2015   
Table: US levelized cost of electricity for plants entering service in 2016 ($/MWh), 2011   

List of Figures

Figure: Proportion of coal in power generation mix for leading countries (%), 2010   
Figure: Proven coal reserves to the end of 2010   
Figure: Proved recoverable reserves from World Energy Council, 2008   
Figure: Top ten countries by resource (mtonnes), 2008   
Figure: World coal production (mtonnes), 2010   
Figure: Top ten hard coal producers (mtonnes), 2009   
Figure: Global annual coal consumption (mtonnes), 2010   
Figure: Global coal consumption by region (mtonnes)   
Figure: Top ten coal consumers (mtonnes oil equivalent), 2010   
Figure: Top coal exporters (mtonnes), 2009   
Figure: Top coal importers (mtonnes), 2009   
Figure: Typical carbon dioxide production per kWh as a function of efficiency in a coal-fired plant (kgCO 2 /kg coal), 2011   
Figure: Potential global underground storage capacities (Gt CO 2 ), 2011   
Figure: Potential length of carbon dioxide transportation network (km), 2010   
Figure: Global fossil fuel subsidies ($bn), 2011   
Figure: Northern European coal prices ($/t)   
Figure: 2008 steam coal for power generation prices (£/t)   
Figure: Capital cost of coal fired plants in the US, 2011   
Figure: Levelized cost of electricity base on Lazard analysis ($/MWh), 2010   
Figure: Historical and predicted total coal consumption, by region (mtoe), 2011   
Figure: Coal's share of global electricity sector generation (%), 2010   
Figure: Levelized cost of electricity for plants entering service in 2015   
Figure: US levelized cost of electricity for plants entering service in 2016 ($/MWh), 2011   

Published By: Business Insights
Product Code: Business Insights1322


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