About Nordic Clean Energy Scenarios Description of Scenarios Ten Key Messages The ON-TIMES Model and Data Nordic Energy Statistics Database How to Use the Results Viewer

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CNN

CNB

NPH

Scenario Difference

When using the results presented in the result viewer use the following citation:

Wråke, M., Karlsson, K., Kofoed-Wiuff, A., Folsland Bolkesjø, T., Lindroos, T.J., Tennbakk, B., Ogner Jåstad, E., Bosack Simonsen, M., Hagberg, M., Unger, T., Putkonen, N., Lehtilä, A. & Koljonen, T. (2021, September 7. ). Nordic Clean Energy Scenarios: Results Viewer. Nordic Energy Research. Retrieved from https://cleanenergyscenarios.nordicenergy.org

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If you are experiencing issues with the web tool please contact Kenneth Karlsson at The Energy Modelling Lab.

kenneth.karlsson@ energymodellinglab.com

About NCES Scenarios Ten Key The ON-TIMES Model and Data Nordic Energy Statistics Database

Choose Countries

Choose Scenarios

CNN

CNB

NPH

Scenario Difference

This function will calculate the difference in value between the blue and violet model results.

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Main Results Upstream Power & DH Heavy Industry Other Sectors Residential Transport KPIs Historical Indicators Historical Data

Main Results Upstream Power & DH Heavy Industry Other Sectors Residential Transport KPIs Hist Ind Historical Data

Heavy Industry

Here you can explore energy consumption and resulting CO₂-emissions from heavy industry.

In heavy industry the NCES scenarios include: Pulp and paper, Mining, Iron and steel, Aluminium, and Cement.

A suggestion is to select the CNN and NPH scenario and you will see the assumed increase in activity in NPH – if you choose to compare with CNB instead you can see the impact of the assumed decrease in activity. You could also select CNN twice and activate the CCS sensitivity by clicking the barrel icon to see the effects of increased cost of CO₂ storage on CO₂ emissions.

CARBON NEUTRAL NORDIC

Heavy Industry CO₂ Emissions

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