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EM4CO2 - Accelerating CSEM technology for efficient and quantitative CO2 monitoring

The primary objective of this project is to develop and apply a cost-efficient CO2 monitoring concept using time-lapse CSEM and demonstrate its readiness for the future Norwegian large-scale CO2 storage project (Smeaheia/Johansen).

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CO2 Capture and Storage (CCS) is nowadays considered a viable option to reduce emissions of greenhouse gases. In this context, the Norwegian Continental Shelf has enormous volumes of potential storage space for CO2 in saline aquifers, offering a unique business opportunity for Norwegian industry.

The storage and monitoring are parts of the value chain where significant cost reduction is required. The reliability of monitoring technology is also crucial for the public acceptance of CCS, especially in case of large-scale storage and import of CO2 from other European countries. Consequently, the cost of a comprehensive monitoring program covering the different phases of a storage project could quickly become prohibitively high, if not carefully optimised.

By providing additional, yet essential, earth parameters, CSEM can contribute to better constrained estimates of property changes caused by CO2 injection.

Research partners

Partners of the NCCS consortium

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The project is financed by: CLIMIT / The Resarch Council of Norway.
Project No. 295212.

Key Factors

Project duration

2019 - 2023

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