Energy Transition Integrated Framework
Energy Transition Integrated Framework
Fossil fuels comprise around 80% of energy use globally and will continue to be a critical part of the energy mix in Energy Transition scenarios. Under these circumstances, carbon capture transportation and storage is critical to mitigate the impact of remaining fossil fuels in use over time. With IOGP guidelines and best practices being developed to support, Members can develop the right skills, competency, and industrial experience to deliver successful CCS developments, including transportation systems, supporting single projects or integrated networks.
What does good look like?
- CCS is a proven, adopted and commercially viable technology within a portfolio of solutions to enable global decarbonization
- Clear regulatory framework and business models for implementation of CCS exist, enabling a level playing field across the globe
- Fit for purpose application of CCS in new oil and gas developments considering consolidation of point source capture, pre-combustion capture, proximity to transportation networks, and/or proven storage locations, etc.
- Analysis specific to an asset, weighing the pros and cons of alternatives including electrification and alternative fuels.
How is it achieved?
- Standards and guidelines ensure successful implementation, through optimizing the design, safety, integrity and operations across the CCS value chain
- Societal shift and governmental policies prioritizing decarbonisation has accelerated the development of regulatory frameworks and models to enable rapid scale-up
- See list of recommended publications
- Gap analysis and guides for carbon capture, transport, and storage
- IOGP Report 652 – Recommended practices for measurement, monitoring, and verification plans associated with geologic storage of carbon dioxide
- IOGP Report 670 – Risk and uncertainty assessment for geological storage of CO2
- IOGP Report 657 – Seabed and Overburden Monitoring Guidelines for Offshore CO2 Storage Projects
- IOGP Report 672 – Overview of lifecycle assessment for carbon capture and storage projects
- IOGP Report 671 – Techno-economic methodology to assess carbon capture technologies
- IOGP Report 665 – Design guidance for subsea carbon capture and storage systems
-
IOGP Europe Paper – Creating a sustainable business case for CCS value chains
Recommended publications








Fossil fuels comprise around 80% of energy use globally and will continue to be a critical part of the energy mix in Energy Transition scenarios. Under these circumstances, carbon capture transportation and storage is critical to mitigate the impact of remaining fossil fuels in use over time. With IOGP guidelines and best practices being developed to support, Members can develop the right skills, competency, and industrial experience to deliver successful CCS developments, including transportation systems, supporting single projects or integrated networks.
What does good look like?
- CCS is a proven, adopted and commercially viable technology within a portfolio of solutions to enable global decarbonization
- Clear regulatory framework and business models for implementation of CCS exist, enabling a level playing field across the globe
- Fit for purpose application of CCS in new oil and gas developments considering consolidation of point source capture, pre-combustion capture, proximity to transportation networks, and/or proven storage locations, etc.
- Analysis specific to an asset, weighing the pros and cons of alternatives including electrification and alternative fuels.
How is it achieved?
- Standards and guidelines ensure successful implementation, through optimizing the design, safety, integrity and operations across the CCS value chain
- Societal shift and governmental policies prioritizing decarbonisation has accelerated the development of regulatory frameworks and models to enable rapid scale-up
- See list of recommended publications
- Gap analysis and guides for carbon capture, transport, and storage
- IOGP Report 652 – Recommended practices for measurement, monitoring, and verification plans associated with geologic storage of carbon dioxide
- IOGP Report 670 – Risk and uncertainty assessment for geological storage of CO2
- IOGP Report 657 – Seabed and Overburden Monitoring Guidelines for Offshore CO2 Storage Projects
- IOGP Report 672 – Overview of lifecycle assessment for carbon capture and storage projects
- IOGP Report 671 – Techno-economic methodology to assess carbon capture technologies
- IOGP Report 665 – Design guidance for subsea carbon capture and storage systems
Recommended publications






