Norway CCS Project update 7th July 2016

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1 Norway CCS Project update 7th July 2016 Presented by Philip Ringrose Classification: Open 6 juli 2016

2 Current Norway CCS strategy The Solberg Government maintains the ambition to realize at least one full-scale CCS demonstration facility by The state enterprise Gassnova is focused on technology solutions to ensure CCS can be implemented and become an effective climate measure. In May 2015, Gassnova delivered its pre-feasibility study on potential full-scale CCS projects in Norway to the Ministry of Petroleum and Energy: Recommended continuing feasibility studies of CO 2 capture at the Norcem Cement plant and Yara Amonia facilities. Also recommended continuing studies on Waste-to-Energy at Klemetsrud, Oslo In January 2016 the government initiated a feasibility study on subsea CO 2 Storage On 4 th July 2016 the Norway Ministry of Petroleum and Energy announced results of the feasibility study report on full-scale carbon capture, transport and storage (CCS) in Norway. 2 Classification: Open 6 juli 2016

3 Summary of feasibility study (July 4th 2016) Benefits (Concept Evaluation): Achieve knowledge that can be transferred across countries and sectors. Provide a storage solution with sufficient capacity for economies of scale. Demonstrate that CCS is a safe and effective climate measure. Contribute to improvements of the market situation for CCS. Cost estimates: The cost for planning and investment in this full-value chain CCS project is estimated at between 7,2 and 12,6 billion kroner (NOK). Operational costs vary between 350 and 890 million NOK per year. The cost estimates are based on the reports from the industrial players and have an uncertainty of +/- 40% or better. Link to published summary 3 Classification: Open 6 juli 2016

4 CO 2 storage feasibility study in Norway Smeaheia site area Heimdal platform Utsira South site area 4 Classification: Open 6 juli 2016

5 Onshore CO 2 capture Incineration plant at Klemetsrud, Oslo (link) CO 2 -capture test plant opened January 2016 First CO 2 capture from a waste-to-energy plant Pushing for negative emissions (Bio-CCS) Yara Ammonia Plant at Porsgrunn Amonia plant Already sells food-grade CO 2 Estimated future emissions ~ 825 kt/y 200 kt/y already recovered for use Heidelberg Norcem at Brevik Already reduced CO 2 emissions via energyefficiency and fuel switching (biofluels) High flue gas CO 2 concentration (16-19%) Estimated future emissions ~ 760 kt/y 5 Classification: Open 6 juli 2016

6 CO 2 Transport Norwegian transport entity Gassco has the task of maturing transport options for the full-scale CCS project Main focus is on shipping solutions: But a pipeline option from onshore intermediate storage is also being evaluated Ship transport study contract announced in Feburary Classification: Open 6 juli 2016

7 100km 7 Classification: Open 6 juli 2016

8 Preferred Storage Option Statoil and Gassnova consider the solution with an onshore facility and a pipeline to "Smeaheia" as the best solution for CO2 storage. The "Smeaheia" area is located east of the "Troll" field, approximately 50 km from the coast. This solution has the lowest implementation risk, large storage capacity and it is relatively easy to increase the capacity of the infrastructure. Other solutions feasible but will entail a higher technical risk. 8 Classification: Open 6 juli 2016

9 Integrating with offshore storage facilities The CO 2 storage feasibility project has evaluated three options Platform-based Subsea-template based Floating storage and injection Reference design scope is for a 1.3Mt/yr project with 25-year lifetime Archive images Statoil