1. Carbon Capture and Storage (CCS) for Coal-Fired Plants -
Opportunity Assessment and Key Country Analysis to 2025
Report Details:
Published:December 2012
No. of Pages: 101
Price: Single User License – US$3995
This report provides the retrofit potential and new market potential for the global CCS market in
terms of revenues and capacity. It also discusses the key drivers and restraints impacting the
market. The report provides an in depth analysis of key global CCS markets– the US, Canada, the
UK, Germany, Poland, Australia, China and Japan. It provides the retrofit potential and new
market potential for CCS and the regulations in each of these countries. The report also provides
an overview of key players in global CCS market.
Scope
- Analysis of CCS technologies–Pre-Combustion Capture Technology, Post-Combustion Capture
Technology, Oxy-Fuel Combustion Capture Technology.
- Data on potential market for CCS retrofit and new capacity (GW and $ billions) for key countries:
the US, Canada, the UK, Germany, Poland, Australia, China and Japan.
- Drivers and restraints for the CCS market for the above mentioned countries.
- Data sourced from proprietary databases and primary interviews with industry experts.
Reasons to Buy
- Facilitate decision-making based on strong historic and forecast data for the global CCS market;
- Develop strategies based on the potential revenue in global CCS market;
- Position yourself to gain the maximum advantage in the CCS market’s growth potential;
Additional Information
Carbon Capture and Storage May Be Key to Meeting Global Emissions Targets
Although currently negligible in prominence, Carbon Capture and Storage (CCS) could be the
technology that makes the world’s carbon emission reduction targets achievable, say energy
experts GlobalData, in their latest report.
As this report explains, carbon storage techniques, such as enhanced oil recovery, have been

2. used in the energy sector for decades, but only recently has the concept of long term carbon
storage been viewed as a viable means of reducing the amount of carbon released into the
atmosphere from power plants.
Correspondingly, a modest 238 megawatts (MW) of CCS capacity was installed globally at the end
of 2011, but according to current government plans and other initiatives, a far more substantial 10
gigawatts (GW) is expected to come online by the end of the decade.
CCS refers to the technology of capturing carbon dioxide (CO2) before or after the combustion of
fossil fuels (gas or coal), transporting it and pumping it into underground geological formations.
This process prevents large quantities of CO2 from being released into the atmosphere by
securely storing it between impermeable rock or similar material.
China, the US, Australia, Japan, Norway, the Netherlands and the UK have invested heavily in
CCS Research and Development (R&D) activities and are the global leaders in the industry;
however, there are currently no large-scale CCS demonstration projects active for coal-fired
plants.
Governments around the world are showing a lack of commitment in significantly reducing fossil
fuel consumption, and so CCS could prove the most realistic answer to one of the greatest
predicaments of our time. However, GlobalData’s report states that this technology must be
employed much more widely in order for CCS to make the level of impact its potential suggests.
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assessment-and-key-country-analysis-to-2025.html
Major points covered in Table of Contents of this report include
1 Table of Contents 3
1.1 List of Tables 5
1.2 List of Figures 6
2 Introduction 7
2.1 GlobalData Report Guidance 8
3 CCS, Technology 9
3.1 CCS Technology: An Overview 9
3.1.1 CCS Technology, Carbon Capture Technologies 9
3.1.2 CCS Technology, Carbon Transportation 11
3.1.3 CCS Technology, Carbon Storage Technologies 12
3.2 CCS, Technology, New Technologies 13
4 Global, CCS Market 14
4.1 Global, CCS Market, Present Status 14
4.1.1 Australia 14

3. 4.1.2 China 14
4.1.3 South Africa 14
4.1.4 Japan 15
4.1.5 Norway 15
4.1.6 South Korea 15
4.1.7 India 15
4.1.8 Canada 16
4.1.9 US 16
4.1.10 EU Member countries 16
4.2 Global, CCS Market, Current and Planned Installed Capacity (MW), 2008-2020 18
4.3 Global, CCS Market, Cost Comparison of Technologies With and Without CCS 20
4.4 Global, CCS Market, Drivers and Restraints 22
4.4.1 Drivers 22
4.4.2 Restraints 23
4.5 Global, CCS Market, Key Initiatives 25
4.6 Global, CCS Market, Technology Adoption Roadmap 26
5 CCS, Key Countries 28
5.1 The US, CCS 28
5.1.1 The US, CCS, Country Overview 28
5.1.2 The US, Carbon Emissions 29
5.1.3 The US, CCS Market, Market Overview 30
5.1.4 The US, CCS Market, Potential Capacity and Revenue (2012-2030) 32
5.1.5 The US, CCS Market, Market Drivers and Restraints 34
5.2 Canada, CCS 37
5.2.1 Canada, Overview 37
5.2.2 Canada, Carbon Emissions 37
5.2.3 Canada, CCS Overview 39
5.2.4 Canada, CCS Market, Potential Capacity and Revenue Market (2012-2025) 40
5.2.5 Canada, CCS Market Dynamics 42
5.3 The UK, CCS 45
5.3.1 The UK, Overview 45
5.3.2 The UK, Carbon Emissions 45
5.3.3 The UK, CCS Overview 46
5.3.4 The UK, CCS Market, Potential Capacity and Revenue Market (2012-2025) 48
5.3.5 The UK, CCS Market Dynamics 49
5.4 Germany, CCS 52
5.4.1 Germany, Overview 52
5.4.2 Germany, Carbon Emissions 52
5.4.3 Germany, CCS, Overview 54
5.4.4 Germany, CCS Market, Potential Capacity and Revenue Market (2012-2025) 55
5.4.5 Germany, CCS Market Dynamics 57
5.5 Poland, CCS 60

4. 5.5.1 Poland, Overview 60
5.5.2 Poland, Carbon emissions 60
5.5.3 Poland, CCS Overview 61
5.5.4 Poland, CCS Market, Potential Capacity and Revenue Market (2012-2025) 62
5.5.5 Poland, CCS Market Dynamics 64
5.6 Australia, CCS 66
5.6.1 Australia, Overview 66
5.6.2 Australia, Carbon Emissions 67
5.6.3 Australia, CCS Overview 68
5.6.4 Australia, CCS Market, Potential Capacity and Revenue Market (2012-2025) 69
5.6.5 Australia, CCS Market Dynamics 71
5.7 China, CCS 74
5.7.1 China, Overview 74
5.7.2 China, Carbon Emissions 75
5.7.3 China, CCS Overview 77
5.7.4 China, CCS Market, Potential Capacity and Revenue Market (2012-2025) 78
5.7.5 China, CCS Market Dynamics 81
5.8 Japan, CCS 84
5.8.1 Japan, Overview 84
5.8.2 Japan, Carbon Emissions 84
5.8.3 Japan, CCS Overview 85
5.8.4 Japan, CCS Market, Potential Capacity and Revenue Market (2012-2025) 86
5.8.5 Japan, CCS Market Dynamics 88
6 List of Other CCS Projects, 2012 91
7 Key Players in the CCS Market 92
7.1 Alstom 92
7.2 Chevron 92
7.3 ConocoPhilipps 92
7.4 E.ON 92
7.5 Vattenfall 93
7.6 Statoil 93
7.7 ENEL 93
7.8 Siemens 93
7.9 RWE 94
7.10 Japan CCS Company 94
7.11 The Co-operative Research Centre for Greenhouse Technologies 94
8 Appendix 95
8.1 Definitions 95
8.1.1 Power 95
8.1.2 Installed Capacity 95
8.1.3 Electricity Generation 95
8.1.4 Electricity Consumption 95

5. 8.1.5 Renewable Energy Resources 95
8.2 Abbreviations 96
8.3 Bibliography 97
8.4 Methodology 99
8.4.1 Coverage 99
8.4.2 Secondary Research 100
8.4.3 Primary Research 100
8.4.4 Definitions, Market Estimates and Assumptions 100
8.5 Contact Us 101
8.6 Disclaimer 101
1.1 List of Tables
Table 1: CCS, Global, Cumulative and Annual Coal-Fired CCS Capacity (MW), 2008-2020 19
Table 2: CCS, Global, Overnight Cost With and Without Carbon Capture Technology ($/kW), 2010
20
Table 3: CCS, Global, CO2 Emission With and Without CCS Technology (kg/MWh), 2010 21
Table 4: The US, Carbon Emissions (GtCO2eq), 1995-2011 30
Table 5: CCS, The US, Retrofit Market Capacity (GW) and Revenue ($bn), 2012–2025 32
Table 6: CCS, The US, New Market Capacity (GW) and Revenue ($bn), 2012-2025 33
Table 7: Canada, Carbon Emissions (MMtCO2eq),1995-2011 38
Table 8: CCS, Canada, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 40
Table 9: CCS, Canada, New Market Capacity (MW) and Revenue ($m), 2012-2025 41
Table 10: The UK, Carbon Emissions (MMtCO2eq), 1995-2011 46
Table 11: CCS, The UK, New Market Capacity (MW) and Revenue ($bn), 2012-2025 48
Table 12: Germany, Carbon Emissions (MMtCO2eq), 1995-2011 53
Table 13: CCS, Germany, Retrofit Market Capacity (GW) and Revenue ($bn), 2012-2025 55
Table 14: CCS, Germany, New Market Capacity (MW) and Revenue ($m), 2012-2025 57
Table 15: Poland, Carbon Emissions (MMtCo2eq), 1995-2011 61
Table 16: CCS, Poland, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 62
Table 17: CCS, Poland, New Market Capacity (MW) and Revenue ($m), 2012-2025 63
Table 18: Australia, Carbon Emissions (MMtCO2eq), 1995-2011 67
Table 19: CCS, Australia, Retrofit Market Capacity and Revenue, 2012-2025 69
Table 20: CCS, Australia, New Market Capacity (GW) and Revenue ($bn), 2012-2025 70
Table 21: China, Carbon Emissions (GtCO2eq), 1995-2011 76
Table 22: CCS, China, Retrofit Market Capacity (GW) and Revenue ($bn), 2012-2025 79
Table 23: CCS, China, New Market Capacity (GW) and Revenue ($bn), 2012-2025 80
Table 24: Japan, Carbon Emissions (GtCO2eq), 1995-2011 85
Table 25: CCS, Japan, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 86
Table 26: CCS, Japan, New Market Capacity (MW) and Revenue ($m), 2012-2025 87
Table 27: Abbreviations 96
1.2 List of Figures

6. Figure 1: CCS, Global, Pre-Combustion Capture Technology 9
Figure 2: CCS, Global, Post-Combustion Capture Technology 10
Figure 3: CCS, Global, Oxy-Fuel Combustion Capture Technology 11
Figure 4: CCS, Global, Cumulative and Annual Coal-Fired CCS Capacity (MW), 2008-2020 18
Figure 5: CCS, Global, Overnight Cost With and Without CCS ($/kW), 2010 20
Figure 6: CCS, Global, CO2 Emission With and Without CCS Technology (kg/MWh), 2010 21
Figure 7: CCS, Global, Drivers Impact Analysis 23
Figure 8: CCS, Global, Restraints Impact Analysis 24
Figure 9: CCS Global, Technology Adoption Roadmap, 2011-2025 27
Figure 10: The US, Carbon Emissions (GtCO2eq), 1995-2011 29
Figure 11: CCS, The US, Retrofit Market Capacity (GW) and Revenue ($bn), 2012-2025 32
Figure 12: CCS, The US, New Market Capacity (GW) and Revenue ($bn), 2012-2025 33
Figure 13: CCS, The US, Drivers Impact Analysis, 2012 35
Figure 14: CCS, The US, Restraints Impact Analysis, 2012 36
Figure 15: Canada, Carbon Emissions (MMtCO2eq),1995-2011 37
Figure 16: CCS, Canada, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 40
Figure 17: CCS, Canada, New Market Capacity (MW) and Revenue ($m), 2012-2025 41
Figure 18: CCS, Canada, Drivers Impact Analysis, 2012 43
Figure 19: CCS, Canada, Restraints Impact Analysis, 2012 44
Figure 20: The UK, Carbon Emissions (MMtCO2eq), 1995-2011 45
Figure 21: CCS, The UK, New Market Capacity (MW) and Revenue ($bn), 2012-2025 48
Figure 22: CCS, The UK, Drivers Impact Analysis, 2012 50
Figure 23: CCS, The UK, Restraints Impact Analysis, 2012 51
Figure 24: Germany, Carbon Emissions (MMtCO2eq), 1995-2011 53
Figure 25: CCS, Germany, Retrofit Market Capacity (GW) and Revenue ($bn), 2012-2025 55
Figure 26: CCS, Germany, New Market Capacity (MW) and Revenue ($m), 2012-2025 56
Figure 27: CCS, Germany, Drivers Impact Analysis, 2012 58
Figure 28: CCS, Germany, Restraints Impact Analysis, 2012 59
Figure 29: Poland, Carbon Emissions (MMtCo2eq), 1995-2011 60
Figure 30: CCS, Poland, Retrofit Market, Capacity (MW) and Revenue ($m), 2012-2025 62
Figure 31: CCS, Poland, New Market, Capacity (MW) and Revenue ($m), 2012-2025 63
Figure 32: CCS, Poland, Drivers Impact Analysis, 2012 64
Figure 33: CCS, Poland, Restraints Impact Analysis, 2012 65
Figure 34: Australia, Carbon Emissions (MMtCo2eq), 1995-2011 67
Figure 35: CCS, Australia, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 69
Figure 36: CCS, Australia, New Market Capacity (GW) and Revenue ($bn), 2012-2025 70
Figure 37: CCS, Australia, Drivers Impact Analysis, 2012-2025 72
Figure 38: CCS, Australia, Restraints Impact Analysis, 2012-2025 73
Figure 39: China, Carbon Emissions (GtCO2eq), 1995-2011 75
Figure 40: CCS, China, Retrofit Market Capacity (GW) and Revenue ($bn), 2012-2025 79
Figure 41: CCS, China, New Market Capacity (GW) and Revenue ($bn), 2012-2025 80
Figure 42: CCS, China, Drivers Impact Analysis, 2012 82

7. Figure 43: CCS, China, Restraints Impact Analysis, 2012 83
Figure 44: Japan, Carbon Emissions (GtCO2eq), 1995-2011 84
Figure 45: CCS, Japan, Retrofit Market Capacity (MW) and Revenue ($m), 2012-2025 86
Figure 46: CCS, Japan, New Market Capacity (MW) and Revenue ($m), 2012-2025 87
Figure 47: Carbon Capture and Storage, Japan, Drivers Impact Analysis, 2012 89
Figure 48: Carbon Capture and Storage, Japan, Restraints Impact Analysis, 2012 90
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