PART 01: Executive summary • Highlights PART 02: Scope of the report • Market overview • Top-vendor offerings PART 03: Market research methodology • Research methodology • Economic indicators PART 04: Introduction • Key market highlights PART 05: Market landscape • Market overview • Technological overview • Market size and forecast • Five forces analysis PART 06: Market segmentation by application • Segmentation of CCS in power generation by capture technology • Segmentation of CCS in power generation by transportation technology • Segmentation of CCS in power generation by application PART 07: Geographical segmentation • Global CCS in power generation market 2016-2020 segmentation by geography • APAC • Americas • EMEA PART 08: Key leading countries PART 09: Market drivers • Over-dependence on fossil fuels and abundant supplies • Growing demand for reuse of carbon dioxide • Booming investments and advances in technology • Stricter environmental requirements PART 10: Market challenges • Risks associated with carbon capture and storage • High costs associated with CCS technology implementation • Scalability issue in CCS transportation PART 11: Impact of drivers and challenges PART 12: Market trends • Shift in focus toward developing nations • Apprehensions related to EOR application • Increased need of regulatory support from governments • Significant increase in demand for EOR techniques PART 13: Vendor landscape • Other prominent vendors PART 14: Key vendor analysis • GE Energy • Linde Group • Babcock and Wilcox • Mitsubishi Heavy Industries PART 15: Appendix • List of abbreviations PART 16: Explore Technavio List of Exhibits Exhibit 01: Product offerings Exhibit 02: Global CCS in power generation market Exhibit 03: Pre-combustion carbon capture schematic Exhibit 04: Post-combustion carbon capture Exhibit 05: Oxy-fuel combustion technology Exhibit 06: CCS in power generation market by carbon capture capacity (in MTCO2/year) Exhibit 07: Five forces analysis Exhibit 08: Global CCS in power generation market by Capture technology 2015 Exhibit 09: Global CCS in power generation market by capture technology forecast 2016-2020 Exhibit 10: Global CCS in power generation market by Capture technology 2020 Exhibit 11: Global CCS in power generation market by pre-combustion capture technology 2016-2020 (MTCO2/year) Exhibit 12: CCS projects in power generation sector based on pre-combustion technology Exhibit 13: Global CCS in power generation market by post-combustion capture technology 2016-2020 (MTCO2/year) Exhibit 14: CCS projects in power generation sector based on post-combustion technology Exhibit 15: Global CCS in power generation market by oxy-fuel combustion capture technology 2016-2020 (MTCO2/year) Exhibit 16: CCS projects in power generation sector based on oxyfuel combustion technology Exhibit 17: Global CCS in power generation market by transportation technology 2015 Exhibit 18: Global CCS in power generation market by capture technology forecast 2016-2020 Exhibit 19: Global CCS in power generation market by transportation technology 2020 Exhibit 20: CCS in power generation by pipeline transportation capacity (MTCO2/year) Exhibit 21: CCS projects in power generation sector based on pipeline transportation technology Exhibit 22: CCS in power generation by ship transportation capacity (MTCO2/year) Exhibit 23: CCS projects in power generation sector based on ship transportation technology Exhibit 24: Global CCS in power generation market by application 2015 Exhibit 25: Global CCS in power generation market by capture technology forecast 2016-2020 Exhibit 26: Global CCS in power generation market by application 2020 Exhibit 27: CCS in power generation by EOR application (MTCO2/year) Exhibit 28: CCS projects with EOR application for the captured carbon dioxide Exhibit 29: CCS in power generation by dedicated storage application (MTCO2/year) Exhibit 30: CCS in power generation by underground saline formation storage (MTCO2/year) Exhibit 31: CCS in power generation by depleted oil and gas reservoir storage (MTCO2/year) Exhibit 32: Global CCS in power generation market shares by geography 2015 Exhibit 33: Geographical CCS in power generation by geography 2016-2020 Exhibit 34: Global CCS in power generation market shares by geography 2020 Exhibit 35: APAC CCS in power generation market growth outlook 2016-2020 (in MTCO2/year) Exhibit 36: List of CCS projects in APAC region, 2015-2020 Exhibit 37: Americas CCS in power generation market growth outlook 2016-2020 (in MTCO2/year) Exhibit 38: List of CCS projects in Americas region, 2015-2020 Exhibit 39: CCS in power generation market: Growth outlook in EMEA 2016-2020 (MTCO2/year) Exhibit 40: List of CCS projects in EMEA 2015-2020 Exhibit 41: Key leading countries Exhibit 42: India GDP growth rate forecast trend Exhibit 43: Carbon dioxide emissions from fossil fuel usage in India (in MTCO2/year) Exhibit 44: China GDP growth rate forecast trend Exhibit 45: CCS projects in power generation in China Exhibit 46: CCS projects in power generation in US Exhibit 47: Fossil fuels remaining production Exhibit 48: Primary energy demand by fuel source (in MTOE) Exhibit 49: Global carbon dioxide emissions from fuel combustion by sectors Exhibit 50: Lifecycle carbon dioxide from power plants by fuel sources (gram-CO2/kWh) Exhibit 51: Energy-related carbon dioxide reduction Exhibit 52: Commercial uses of carbon dioxide Exhibit 53: Emerging applications of carbon dioxide Exhibit 54: Estimated LCOE for new generation resources 2020 ($/MWh) Exhibit 55: Global temperature anomaly over past 50 years (in ºF) Exhibit 56: Cost of CCS project implementation forecast ($/ton of CO2 equivalent) Exhibit 57: Impact of drivers and challenges Exhibit 58: Global top 10 countries by carbon dioxide emissions (MTCO2/year) Exhibit 59: Hydrocarbon production by EOR using carbon dioxide (million Bbl./d) Exhibit 60: Hydrocarbon production by EOR using carbon dioxide (million Bbl./d) Exhibit 61: Life cycle of a CCS project in power generation sector Exhibit 62: Mitsubishi Heavy Industries: Business segmentation by revenue 2015 Exhibit 63: Mitsubishi Heavy Industries: Business segmentation by revenue 2014 and 2015 Exhibit 64: Mitsubishi Heavy Industries: Geographical segmentation by revenue 2015

GE Energy, GDF Suez, Linde Group, Babcock and Wilcox, Mitsubishi Heavy Industries, Hitachi, Sulzer, Siemens, Amec Foster Wheeler, Air Products.