Oil and Gas Sector Strategies in CCUS - 2025
Description
Oil and Gas Sector Strategies in CCUS - 2025
Summary
The oil and gas sector faces numerous challenges, but its reliance on fossil fuels makes the pressure to decarbonize among the greatest. However, many oil and gas companies have rolled back investments in low-carbon solutions, shifting their corporate strategies to maximize short-term shareholder value, often at the expense of sustainability initiatives in the short and medium term. Amid this corporate strategy shift, carbon capture, utilization, and storage (CCUS) offers a crucial pathway to decarbonize operations, meet emissions regulations, enhance resource recovery, build capability across low-carbon solutions, all while maintaining the continued operation of existing assets.
The oil and gas sector faces numerous challenges, but its reliance on fossil fuels makes the pressure to decarbonize among the greatest. However, over the past year, many oil and gas companies have rolled back investments in low-carbon solutions, shifting their corporate strategies to maximize short-term shareholder value, often at the expense of short- and medium-term sustainability initiatives.
Amid this corporate strategy shift, carbon capture, utilization, and storage (CCUS) offers a crucial pathway to decarbonize operations, meet emissions regulations, enhance resource recovery, build capability across low-carbon solutions, all while maintaining the continued operation of existing assets.
The oil and gas sector remains prominent in the CCUS market, accounting for 75% of global CCUS capacity in 2024. This trend is expected to continue as more oil and gas companies develop projects through 2030, with the sector accounting for 68% of the global market.Within the oil and gas sector, a number of strategies are emerging to capitalize on both capture and storage opportunities. At present, there is an equitable split between the active capacity of carbon storage and capture projects. However, due to the need for large-scale storage, carbon storage is forecast to become the dominant project type by capacity, accounting for 70% in 2030.
Key Highlights
Summary
The oil and gas sector faces numerous challenges, but its reliance on fossil fuels makes the pressure to decarbonize among the greatest. However, many oil and gas companies have rolled back investments in low-carbon solutions, shifting their corporate strategies to maximize short-term shareholder value, often at the expense of sustainability initiatives in the short and medium term. Amid this corporate strategy shift, carbon capture, utilization, and storage (CCUS) offers a crucial pathway to decarbonize operations, meet emissions regulations, enhance resource recovery, build capability across low-carbon solutions, all while maintaining the continued operation of existing assets.
The oil and gas sector faces numerous challenges, but its reliance on fossil fuels makes the pressure to decarbonize among the greatest. However, over the past year, many oil and gas companies have rolled back investments in low-carbon solutions, shifting their corporate strategies to maximize short-term shareholder value, often at the expense of short- and medium-term sustainability initiatives.
Amid this corporate strategy shift, carbon capture, utilization, and storage (CCUS) offers a crucial pathway to decarbonize operations, meet emissions regulations, enhance resource recovery, build capability across low-carbon solutions, all while maintaining the continued operation of existing assets.
The oil and gas sector remains prominent in the CCUS market, accounting for 75% of global CCUS capacity in 2024. This trend is expected to continue as more oil and gas companies develop projects through 2030, with the sector accounting for 68% of the global market.Within the oil and gas sector, a number of strategies are emerging to capitalize on both capture and storage opportunities. At present, there is an equitable split between the active capacity of carbon storage and capture projects. However, due to the need for large-scale storage, carbon storage is forecast to become the dominant project type by capacity, accounting for 70% in 2030.
Key Highlights
- As of year-end 2024, global CCUS capacity totals approximately 55mtpa across 98 active projects.
- To date, oil and gas participation in CCUS developments remains prevalent. In 2024, projects with oil and gas involvement totaled approximately 41mtpa of capacity, accounting for 75% of global CCUS capacity.
- In 2024, the sector’s carbon storage capacity was approximately 3.5mtpa spread across four active projects.
- In 2024, the oil and gas sector had nearly 27mtpa of active capture capacity across 28 projects.
- Global outlook of CCUS capacity
- Regional breakdown of global CCUS capacity and country leaders
- Oil and gas sector challenges
- Overview of oil and gas CCUS capacity
- Breakdown of oil and gas CCUS capacity by technology
- Development of carbon pipelines
- Largest oil and gas capture and storage projects globally
- Leading companies by storage and capture capacity in 2025YTD
- Leading companies by storage and capture capacity in 2030
- Leading contractors for CCUS development
- Major oil and gas sector deals and case studies related to CCUS
- Identify market trends within the oil and gas sector, including the analysis of the strategies that the biggest industry players are implementing to enter the CCUS market.
- Understand the key oil and gas players that are investing in CCUS.
- Develop market insight into the major technologies and pathways that are being employed within the CCUS market.
- Stay up to date with the latest deals related to CCUS in the oil and gas sector
Table of Contents
23 Pages
- Executive Summary
- CCUS Outlook
- Global CCUS capacity outlook
- Regional leaders for CCUS capacity
- Sector Strategies for Adopting CCUS
- Challenges facing the oil and gas sector
- The role of the sector in CCUS developments
- The role of oil and gas in carbon storage
- The role of oil and gas in carbon capture
- Carbon Pipelines
- Largest upcoming oil and gas capture projects
- Largest upcoming oil and gas storage projects
- Oil and gas leaders by capture capacity
- Oil and gas leaders by storage capacity
- Leading contractors for carbon capture developments
- CCUS strategy of oil and gas companies
- Deals and Case Study Examples
- Major CCUS developments in the oil and gas sector
- Carbon capture case study examples
- Carbon storage case study examples
- List of Tables
- Largest upcoming carbon capture projects with oil and gas participation
- Largest upcoming carbon storage projects with oil and gas participation
- List of Figures
- Global CCUS outlook based on active and upcoming projects 2022-2030
- Regional split of CCUS capacity by development stage based on project announcements 2025YTD
- Top 4 countries by CCUS capacity 2022-2030
- Oil and gas CCUS capacity and project count by type 2022-2030
- Oil and gas storage capacity by stage 2022-2030
- Oil and gas capture capacity by stage 2022-2030
- Breakdown of 2030 carbon capture capacity by technology
- Cumulative length of carbon dioxide pipelines by region
- Active and upcoming CO2 pipelines by region 2022-2030
- Leading oil and gas companies for capture 2025YTD
- Leading oil and gas companies for capture 2030
- Leading oil and gas companies for storage 2025YTD
- Leading oil and gas companies for storage 2030
- Top 10 contractors for carbon capture by project involvement and contract type 2015-2025
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