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Strategic Intelligence: Carbon Capture and Storage

Publisher GlobalData
Published Jun 25, 2025
SKU # GBDT20187080

Description

Strategic Intelligence: Carbon Capture and Storage

Summary

Carbon capture, utilization, and storage (CCUS) is a critical technology for achieving emissions reduction, particularly in hard-to-decarbonize sectors like thermal power, cement, and steel. By capturing CO₂ emissions and either storing them underground or converting them into useful products, CCUS can significantly reduce industrial emissions. Besides, the integration of carbon capture with renewable energy sources, such as bioenergy, has led to the development of carbon-negative solutions. The energy sector, and especially the oil and gas companies have been at the forefront in developing and deploying carbon capture technologies. They have also contributed towards innovations in solvent materials, capture methods, and storage techniques to make CCUS a viable option for large-scale deployment.

Scope
  • This report assesses the worldwide potential for CCS deployment across the energy sector.
  • It highlights the various industry, technology, and regulatory trends influencing the CCS theme.
  • It evaluates the global active and upcoming CCS projects in the energy sector.
  • It analyses the CCS value chain and identifies major players across different elements of the value chain.
  • The report also provides an overview of the competitive positions held by leading oil and gas players in the CCS theme.
Reasons to Buy
  • Know about CCS and its potential role in decarbonizing the energy sector
  • Identify the key trends supporting the global adoption of CCS technologies.
  • Review the adoption of CCS across different segments within the energy sector.
  • Understand the CCS value chain and identify the oil and gas leaders in this space.
  • Identify and benchmark key oil and gas players in the CCS theme.

Table of Contents

Executive Summary
Players
Technology Briefing
GlobalData’s energy transition framework
The need for carbon sequestration
The CCS process – removing carbon emissions from industrial facilities
Major CO₂ emission sources across the energy sector
Types of carbon capture technologies
Disposal of captured CO₂
Trends
Oil & gas sector trends
Technology trends
Policy and regulatory trends
Industry Analysis
Global CCS capacity outlook
Regional analysis of CCS capacity
Major upcoming capture projects
CCS capacity by sector
Natural gas and the role of CCS in decarbonization
Enabling the hydrogen economy through CCS integration
Decarbonizing power generation with CCS solutions
Biorefineries targeting negative emissions fuels
Direct air capture
Decarbonizing cement production with CCS
Permanent storage is emerging as the dominant pathway for captured CO₂
Key CO₂ storage projects
Competitive landscape
Value Chain
CO₂ emission source
CO₂ capture and separation
CO₂ transportation
CO₂ end product
CCUS services
Companies
Oil and gas companies
Service companies
Sector Scorecards
Integrated oil & gas companies scorecard
Who’s who
Thematic screen
Valuation screen
Risk screen
Glossary
Further Reading
GlobalData reports
Our Thematic Research Methodology
About GlobalData
Contact Us
List of Tables
Table 1: Oil & gas sector trends
Table 2: Technology trends
Table 3: Policy and regulatory trends
Table 4: Global CCS capacity outlook
Table 5: CCS capacity by sector
Table 6: Oil and gas companies
Table 7: Service companies
Table 8: Glossary
Table 9: GlobalData reports
List of Figures
Figure 1: Who are the leading players in the CCUS theme, and where do they sit in the value chain?
Figure 2: Where does CCS fit in GlobalData’s energy transition framework?
Figure 3: How does CCS work?
Figure 4: The different technologies for capturing CO₂
Figure 5: The global energy sector will witness a significant rise in the carbon capture capacity by 2030
Figure 6: The bulk of the 2030 capture capacity is from projects that have passed the feasibility stage
Figure 7: Regional analysis of CCS capacity
Figure 8: North America leads in upcoming capture capacity
Figure 9: The US will lead in global CCS capacity additions by 2030
Figure 10: Power plants and hydrogen production will see greater deployment for CCUS in the energy sector
Figure 11: CCS capacity by 2030 in natural gas-dependent sectors
Figure 12: CCS capacity is projected to grow significantly in standalone hydrogen production plants by 2030
Figure 13: CCS will facilitate the decarbonization of coal and gas-fired power plants
Figure 14: Iowa and South Dakota lead in upcoming CCS capacity in the US by 2030
Figure 15: US leads in DAC projects
Figure 16: CCS deployment in the cement sector is set to accelerate between 2025 and 2030
Figure 17: End-purpose of upcoming CCS projects
Figure 18: The US and Norway hold the most carbon storage projects
Figure 19: Leading companies for carbon capture and storage capacity by 2030
Figure 20: The CCS value chain
Figure 21: The CCS value chain: CO₂ capture and separation
Figure 22: The CCS value chain: CO₂ transportation
Figure 23: The CCS value chain: CO₂ end product
Figure 24: The CCS value chain: CCUS services
Figure 25: Who does what in the integrated oil & gas companies space?
Figure 26: Thematic screen
Figure 27: Valuation screen
Figure 28: Risk screen
Figure 29: Our five-step approach for generating a sector scorecard

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