New IEAGHG Report: 2020-04 The Clean Refinery and the Role of Electricity Generation

General CO2 Storage CO2 Capture

James Craig

Friday, 01 May 2020

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The primary aim of this study was to explore the role of the 'clean refinery' concept and how it could contribute to the Paris Agreement's long-term objective to curb peak global greenhouse gas emissions.

Various options for refineries are available depending, not only on the complexity and degree of integration, but also on whether a refinery already exists or is still at the planning stage.

In addition to these general considerations, the regional location, crude mix and local markets for refined products and electricity all influence the design, complexity and economic viability of 'clean refineries'. All these elements were combined to produce three hypothetical refinery designs at different scales and levels of complexity. Three refinery designs were also configured in three different countries to reflect regional variations in refined product markets and crude supply.

The study then explored the potential for carbon emission capture for each design and electricity generation for export where this was appropriate. It concluded with an economic analysis of each design based on recent crude prices and local market values

To request a copy of the report, please email This email address is being protected from spambots. You need JavaScript enabled to view it. with the report reference number: 2020-04 The Clean Refinery and the Role of Electricity Generation.

About the author

James Craig

Technical Programme Manager

James joined IEAGHG six years ago as senior geologist and has been actively engaged in the recruitment and management of R&D projects related to CO₂ storage. James is responsible for the overall delivery of all technical R&D project recruitment and management that IEAGHG conducts.

New IEAGHG Report: 2020-04 The Clean Refinery and the Role of Electricity Generation

About the author

James Craig

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