Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation

Hanna Pihkola, M. Kojo, Lauri Kujanpää, S. Luste, Minna Nissilä, P. Saavalainen, K. Salokannel, Laura Sokka, Eemeli Tsupari

Research output: Contribution to conferenceConference AbstractScientific

Abstract

Carbon capture and storage (CCS) technologies are often mentioned as one of the potential means for reducing GHG emissions in energy production and in energy intensive industry. In recent energy scenarios, CCS is one of the possible solutions when moving towards low carbon economy. However, many open questions related to future applicability, acceptability and sustainability of CCS in Finland, remain. The bedrock conditions in Finland are not suitable for CO2 storage, and the captured CO2 would need to be transported to a storage site outside Finland. Current low price of CO2 emission allowances, together with the high energy penalty of CCS make the technology unprofitable in most situations. Additionally, there are unclear aspects in regulation that increase the uncertainty and potentially prevent CCS implementation in Finland. Although many difficulties are foreseen, implementation of CCS might be a potential (and possibly even the only) solution for energy intensive industries to effectively reduce GHG emissions. Other potential options in Finland might be the capture of biobased carbon, especially in conjunction with biofuel production. Furthermore, the energy penalty of the capture process could be reduced through heat integration within Finnish CHP plants. This paper presents the findings of the on-going Carbon Capture and Storage Program (CCSP), in which an integrated sustainability assessment approach is applied. Within the CCSP program, innovative solutions for CCS are developed in cooperation with several industrial and research partners. Cross-disciplinary research methods are used for evaluating the sustainability of CCS technologies. Key issues related to potential environmental, economic, social, legal, technological and safety impacts of CCS implementation are discussed and evaluated, taking also into account potential benefits that could be achieved. The implementation of CCS technology does not only impact the plant in question, but the regional energy system as a whole, increasing the complexity of the assessment.

Conference

ConferenceInternational YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland
Period1/01/13 → …

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sustainability
carbon
energy
industry
research method
environmental economics
biofuel
bedrock
safety

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Pihkola, H., Kojo, M., Kujanpää, L., Luste, S., Nissilä, M., Saavalainen, P., ... Tsupari, E. (2013). Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation. Abstract from International YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland, .
Pihkola, Hanna ; Kojo, M. ; Kujanpää, Lauri ; Luste, S. ; Nissilä, Minna ; Saavalainen, P. ; Salokannel, K. ; Sokka, Laura ; Tsupari, Eemeli. / Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation. Abstract from International YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland, .
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title = "Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation",
abstract = "Carbon capture and storage (CCS) technologies are often mentioned as one of the potential means for reducing GHG emissions in energy production and in energy intensive industry. In recent energy scenarios, CCS is one of the possible solutions when moving towards low carbon economy. However, many open questions related to future applicability, acceptability and sustainability of CCS in Finland, remain. The bedrock conditions in Finland are not suitable for CO2 storage, and the captured CO2 would need to be transported to a storage site outside Finland. Current low price of CO2 emission allowances, together with the high energy penalty of CCS make the technology unprofitable in most situations. Additionally, there are unclear aspects in regulation that increase the uncertainty and potentially prevent CCS implementation in Finland. Although many difficulties are foreseen, implementation of CCS might be a potential (and possibly even the only) solution for energy intensive industries to effectively reduce GHG emissions. Other potential options in Finland might be the capture of biobased carbon, especially in conjunction with biofuel production. Furthermore, the energy penalty of the capture process could be reduced through heat integration within Finnish CHP plants. This paper presents the findings of the on-going Carbon Capture and Storage Program (CCSP), in which an integrated sustainability assessment approach is applied. Within the CCSP program, innovative solutions for CCS are developed in cooperation with several industrial and research partners. Cross-disciplinary research methods are used for evaluating the sustainability of CCS technologies. Key issues related to potential environmental, economic, social, legal, technological and safety impacts of CCS implementation are discussed and evaluated, taking also into account potential benefits that could be achieved. The implementation of CCS technology does not only impact the plant in question, but the regional energy system as a whole, increasing the complexity of the assessment.",
author = "Hanna Pihkola and M. Kojo and Lauri Kujanp{\"a}{\"a} and S. Luste and Minna Nissil{\"a} and P. Saavalainen and K. Salokannel and Laura Sokka and Eemeli Tsupari",
year = "2013",
language = "English",
note = "International YHYS Colloquium 2013 {"}Vihre{\"a} kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption{"}, YHYS 2013, 21 - 22.11.2013, Jyv{\"a}skyl{\"a}, Finland ; Conference date: 01-01-2013",

}

Pihkola, H, Kojo, M, Kujanpää, L, Luste, S, Nissilä, M, Saavalainen, P, Salokannel, K, Sokka, L & Tsupari, E 2013, 'Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation' International YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland, 1/01/13, .

Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation. / Pihkola, Hanna; Kojo, M.; Kujanpää, Lauri; Luste, S.; Nissilä, Minna; Saavalainen, P.; Salokannel, K.; Sokka, Laura; Tsupari, Eemeli.

2013. Abstract from International YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland, .

Research output: Contribution to conferenceConference AbstractScientific

TY - CONF

T1 - Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation

AU - Pihkola, Hanna

AU - Kojo, M.

AU - Kujanpää, Lauri

AU - Luste, S.

AU - Nissilä, Minna

AU - Saavalainen, P.

AU - Salokannel, K.

AU - Sokka, Laura

AU - Tsupari, Eemeli

PY - 2013

Y1 - 2013

N2 - Carbon capture and storage (CCS) technologies are often mentioned as one of the potential means for reducing GHG emissions in energy production and in energy intensive industry. In recent energy scenarios, CCS is one of the possible solutions when moving towards low carbon economy. However, many open questions related to future applicability, acceptability and sustainability of CCS in Finland, remain. The bedrock conditions in Finland are not suitable for CO2 storage, and the captured CO2 would need to be transported to a storage site outside Finland. Current low price of CO2 emission allowances, together with the high energy penalty of CCS make the technology unprofitable in most situations. Additionally, there are unclear aspects in regulation that increase the uncertainty and potentially prevent CCS implementation in Finland. Although many difficulties are foreseen, implementation of CCS might be a potential (and possibly even the only) solution for energy intensive industries to effectively reduce GHG emissions. Other potential options in Finland might be the capture of biobased carbon, especially in conjunction with biofuel production. Furthermore, the energy penalty of the capture process could be reduced through heat integration within Finnish CHP plants. This paper presents the findings of the on-going Carbon Capture and Storage Program (CCSP), in which an integrated sustainability assessment approach is applied. Within the CCSP program, innovative solutions for CCS are developed in cooperation with several industrial and research partners. Cross-disciplinary research methods are used for evaluating the sustainability of CCS technologies. Key issues related to potential environmental, economic, social, legal, technological and safety impacts of CCS implementation are discussed and evaluated, taking also into account potential benefits that could be achieved. The implementation of CCS technology does not only impact the plant in question, but the regional energy system as a whole, increasing the complexity of the assessment.

AB - Carbon capture and storage (CCS) technologies are often mentioned as one of the potential means for reducing GHG emissions in energy production and in energy intensive industry. In recent energy scenarios, CCS is one of the possible solutions when moving towards low carbon economy. However, many open questions related to future applicability, acceptability and sustainability of CCS in Finland, remain. The bedrock conditions in Finland are not suitable for CO2 storage, and the captured CO2 would need to be transported to a storage site outside Finland. Current low price of CO2 emission allowances, together with the high energy penalty of CCS make the technology unprofitable in most situations. Additionally, there are unclear aspects in regulation that increase the uncertainty and potentially prevent CCS implementation in Finland. Although many difficulties are foreseen, implementation of CCS might be a potential (and possibly even the only) solution for energy intensive industries to effectively reduce GHG emissions. Other potential options in Finland might be the capture of biobased carbon, especially in conjunction with biofuel production. Furthermore, the energy penalty of the capture process could be reduced through heat integration within Finnish CHP plants. This paper presents the findings of the on-going Carbon Capture and Storage Program (CCSP), in which an integrated sustainability assessment approach is applied. Within the CCSP program, innovative solutions for CCS are developed in cooperation with several industrial and research partners. Cross-disciplinary research methods are used for evaluating the sustainability of CCS technologies. Key issues related to potential environmental, economic, social, legal, technological and safety impacts of CCS implementation are discussed and evaluated, taking also into account potential benefits that could be achieved. The implementation of CCS technology does not only impact the plant in question, but the regional energy system as a whole, increasing the complexity of the assessment.

M3 - Conference Abstract

ER -

Pihkola H, Kojo M, Kujanpää L, Luste S, Nissilä M, Saavalainen P et al. Assessing the sustainability of CCS technologies in Finland - Highlighting future potential, uncertainties and challenges for technology implementation. 2013. Abstract from International YHYS Colloquium 2013 "Vihreä kuluttajuus - Green Consumerism - Exploring dilemmas of sustainable consumption", YHYS 2013, 21 - 22.11.2013, Jyväskylä, Finland, .