The release of this guidance comes at a time of rapid expansion for the CCS industry. Governments around the world are increasingly looking to carbon capture as a necessary tool for reaching net-zero targets, particularly for industries like steel and cement where no easy electrical alternatives exist. As the number of planned CCS projects grows, the integration of EOR is becoming a central point of debate. Proponents argue it is a pragmatic way to fund the necessary infrastructure, while critics worry it could prolong the world’s reliance on hydrocarbons.
The Institute’s fact sheet seeks to navigate this debate by providing a technical and transparent framework for how these projects should be evaluated. By emphasizing the importance of MRV and LCA, the guidance moves the conversation toward a more data-driven approach. The goal is to ensure that if EOR is to be used as a vehicle for CCS, it must be done with a level of oversight and accounting that guarantees a legitimate contribution to global climate goals.
As industrial emissions continue to be a primary driver of climate change, the development of carbon capture technology remains a high priority for international energy agencies. The Global CCS Institute’s new guidance serves as a reminder that while the technology exists to store carbon permanently, the success of these initiatives will ultimately depend on the rigor of the rules that govern them. The focus now shifts to how regulators and industry leaders will implement these recommendations to ensure that "transitional" projects truly lead toward a lower-carbon future.
The guidance concludes by reiterating that while CO2-EOR with CCS is a valuable tool in the current energy landscape, it is not a final destination. The ultimate goal remains the transition to dedicated, large-scale storage projects that can handle the billions of tons of CO2 required to stabilize the global climate. In the meantime, the Institute suggests that the lessons learned from the oil field will be instrumental in building the carbon management industry of the future. By refining the processes of capture, transport, and injection today, the global community can better prepare for the massive scaling of dedicated storage that will be required in the decades to come.
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