Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis

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Abstract

The main objective of the present article is to determine the reasons for the differences in CO2 emissions between Denmark, Sweden and Germany. I apply input-output based structural decomposition analysis and decompose the effects on CO2 emissions of energy mix, energy intensity, input mix and final demand. I find that the main contributor to the differences in CO2 emissions is the size of the economy, i.e. the German emissions are greater than the emissions of Denmark and Sweden mainly because Germany is a much bigger country. However, I also show that the Danish energy intensity reduces the emissions, that the German final demand composition is favourable with respect to reducing CO2 emissions, and finally that the Swedish energy mix has a positive effect with respect to CO2 emissions. Furthermore, I estimate potential emission improvements from learning better practices. I estimate the learning gains under several scenarios ranging from a very optimistic upper bound scenario where energy mix, energy intensity, input mix and final demand can be changed, to a more realistic scenario where only energy intensity and input mix can be transferred. I find that there is great potential for reducing CO2 emissions for Sweden and Germany by learning from the Danish energy intensity.
Original languageEnglish
Title of host publicationEnergy and Security in the Changing World. 27th Annual IAEE International Conference
Number of pages26
PublisherIAEE
Publication date2004
Publication statusPublished - 2004
Externally publishedYes
Event27th IAEE Annual International Conference: Energy & Security in the Changing World - Tehran, Iran, Islamic Republic of
Duration: 25 May 200427 May 2004

Conference

Conference27th IAEE Annual International Conference
CountryIran, Islamic Republic of
CityTehran
Period25/05/200427/05/2004

Keywords

  • CO2
  • Cross-country SDA
  • Input-output

Cite this

Pade, L-L. (2004). Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis. In Energy and Security in the Changing World. 27th Annual IAEE International Conference IAEE.
Pade, Lise-Lotte. / Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis. Energy and Security in the Changing World. 27th Annual IAEE International Conference. IAEE, 2004.
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Pade, L-L 2004, Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis. in Energy and Security in the Changing World. 27th Annual IAEE International Conference. IAEE, 27th IAEE Annual International Conference, Tehran, Iran, Islamic Republic of, 25/05/2004.

Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis. / Pade, Lise-Lotte.

Energy and Security in the Changing World. 27th Annual IAEE International Conference. IAEE, 2004.

Research output: Chapter in Book/Report/Conference proceedingBook chapterResearchpeer-review

TY - CHAP

T1 - Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis

AU - Pade, Lise-Lotte

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N2 - The main objective of the present article is to determine the reasons for the differences in CO2 emissions between Denmark, Sweden and Germany. I apply input-output based structural decomposition analysis and decompose the effects on CO2 emissions of energy mix, energy intensity, input mix and final demand. I find that the main contributor to the differences in CO2 emissions is the size of the economy, i.e. the German emissions are greater than the emissions of Denmark and Sweden mainly because Germany is a much bigger country. However, I also show that the Danish energy intensity reduces the emissions, that the German final demand composition is favourable with respect to reducing CO2 emissions, and finally that the Swedish energy mix has a positive effect with respect to CO2 emissions. Furthermore, I estimate potential emission improvements from learning better practices. I estimate the learning gains under several scenarios ranging from a very optimistic upper bound scenario where energy mix, energy intensity, input mix and final demand can be changed, to a more realistic scenario where only energy intensity and input mix can be transferred. I find that there is great potential for reducing CO2 emissions for Sweden and Germany by learning from the Danish energy intensity.

AB - The main objective of the present article is to determine the reasons for the differences in CO2 emissions between Denmark, Sweden and Germany. I apply input-output based structural decomposition analysis and decompose the effects on CO2 emissions of energy mix, energy intensity, input mix and final demand. I find that the main contributor to the differences in CO2 emissions is the size of the economy, i.e. the German emissions are greater than the emissions of Denmark and Sweden mainly because Germany is a much bigger country. However, I also show that the Danish energy intensity reduces the emissions, that the German final demand composition is favourable with respect to reducing CO2 emissions, and finally that the Swedish energy mix has a positive effect with respect to CO2 emissions. Furthermore, I estimate potential emission improvements from learning better practices. I estimate the learning gains under several scenarios ranging from a very optimistic upper bound scenario where energy mix, energy intensity, input mix and final demand can be changed, to a more realistic scenario where only energy intensity and input mix can be transferred. I find that there is great potential for reducing CO2 emissions for Sweden and Germany by learning from the Danish energy intensity.

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KW - Cross-country SDA

KW - Input-output

M3 - Book chapter

BT - Energy and Security in the Changing World. 27th Annual IAEE International Conference

PB - IAEE

ER -

Pade L-L. Differences in CO2 emissions – A Cross-Country Structural Decomposition Analysis. In Energy and Security in the Changing World. 27th Annual IAEE International Conference. IAEE. 2004