Pre-feasibility study looking to progress CO2 Capture in U.S.

Jun 04 2021


The International CCS Knowledge Centre based in Regina, is collaborating with an international team on a U.S. Department of Energy funded project to develop the conceptual designs and capital cost estimates evaluating the installation of post combustion carbon dioxide capture on a Southern Company electrical generating station.

Amplifying the impact of emission reductions through carbon capture and storage (CCS) is the focus of a new pre-feasibility study exploring the potential application of CO2 capture on 750-megawatt coal-fired power plants. This project is part of a broad study examining the viability of a regional commercial-scale geologic CO2 storage hub in the Southeastern U.S. 

The project would represent a significant scale-up and is a natural progression in the maturation of carbon capture technology. By bringing leadership, vision and experience based on its substantive learnings from both the fully integrated Boundary Dam 3 CCS Facility and its comprehensive second-generation CCS study (Shand CCS Feasibility Study), the Knowledge Centre is performing the carbon capture pre-feasibility study of the scenario. This study is being conducted through a cooperative agreement with the project manager, Southern States Energy Board, and a team that includes Southern Company, Mitsubishi Heavy Industries (MHI) Group, and Stantec Consulting Ltd.

This study is part of the project, Establishing An Early Carbon Dioxide Storage: Project ECO2S, under a broad DOE National Energy Technology Laboratory initiative, Carbon Storage Assurance Facility Enterprise (CarbonSAFE). CarbonSAFE addresses key gaps on the critical path toward CCUS deployment by reducing technical risk, uncertainty, and cost of a geologic storage complex for more than 50 million metric tons of CO2 over a 30-year time frame from industrial sources.

The pre-feasibility study will look at carbon capture design and cost. It will include details such as an analysis on steam integration options between the generating unit and the capture plant, as well as the identification of potential impacts of the new processes on existing plant environmental permitting. The theoretical installation of carbon capture systems at power plants would not only ensure reliable baseload electricity, it would preserve the value of the existing facility, while also actively making significant strides in reducing anthropogenic greenhouse gas emissions.

“With the megatonne potential in CO2 reduction, we are excited to work with a great team on this important and next step project for large-scale carbon capture and storage. We applaud both the US Department of Energy and the Southern States Energy Board for their commitment to taking significant strides toward climate action." Conway Nelson, VP, Project Development & Advisory Services, International CCS Knowledge Centre.

International CCS Knowledge Centre


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Issue 80 - Mar - Apr 2020

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