SCCS Recommendations and Conference 2014 Report: A CCS future for Europe: catalysing North Sea action

Peter Brownsort, R Stuart Haszeldine, Davey Fitch, Matthew Ball, Gareth Johnson, Chris Littlecott, Philippa Parmiter, Vivian Scott, Gordon Sim, Romain Viguier

Research output: Book/ReportCommissioned report

Abstract

It is unequivocal that the continued unabated use of fossil fuels is no longer an option if the world is to avoid [1] “severe, pervasive and irreversible” damage from the impacts of climate change. Carbon Capture and Storage (CCS) has a critical role to play in achieving energy system and industrial decarbonisation to successfully mitigate the changing climate. Europe has led the world on action to address climate change, introducing leading decarbonisation targets and the world’s largest carbon emissions trading scheme. It has also supported the development and deployment of low- carbon renewable energy technologies. However, despite leading early calls for the delivery of CCS technology needed to complement and secure a low-carbon future, Europe has now fallen behind. This threatens its domestic ability to successfully decarbonise as well as its international leadership in delivering climate change mitigation action. In 2007 the European Council of European Union Member States called for “up to 12 CCS demonstration projects to be delivered by 2015”. Seven years and numerous project proposals later, no CCS projects have started construction, and the majority have been cancelled or mothballed. This is in stark contrast to growing CCS momentum elsewhere, such as in North America and China (see panel Global progress on CCS). The remaining handful of Europe’s CCS demonstration projects are negotiating much-needed financial support from the EU and national governments. Located around the North Sea – Europe’s largest, best understood and most bankable CO2 storage asset – these projects must be an immediate priority in the EU’s climate objectives. However, even these will be insufficient to successfully deliver the full potential of CCS. It is essential that follow-on projects are quickly brought forward and properly supported to create a CCS industry capable of delivering significant decarbonisation along with energy, security, job retention and economic value.[2]
LanguageEnglish
Place of PublicationEdinburgh
Number of pages33
Publication statusPublished - 1 Jan 2015

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carbon
recommendation
sea
Europe
climate change
emissions trading
climate
carbon emission
leadership
fossil fuel
energy
project
European Union
momentum
damage
industry
economics
world

Keywords

  • carbon capture and storage
  • CCS
  • CO2
  • carbon dioxide
  • Central North Sea (CNS)
  • UK Continental Shelf (UKCS)
  • geological storage
  • sequestration
  • low-carbon
  • decarbonisation
  • climate change mitigation

Cite this

Brownsort, P., Haszeldine, R. S., Fitch, D., Ball, M., Johnson, G., Littlecott, C., ... Viguier, R. (2015). SCCS Recommendations and Conference 2014 Report: A CCS future for Europe: catalysing North Sea action. Edinburgh.
Brownsort, Peter ; Haszeldine, R Stuart ; Fitch, Davey ; Ball, Matthew ; Johnson, Gareth ; Littlecott, Chris ; Parmiter, Philippa ; Scott, Vivian ; Sim, Gordon ; Viguier, Romain. / SCCS Recommendations and Conference 2014 Report : A CCS future for Europe: catalysing North Sea action. Edinburgh, 2015. 33 p.
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abstract = "It is unequivocal that the continued unabated use of fossil fuels is no longer an option if the world is to avoid [1] “severe, pervasive and irreversible” damage from the impacts of climate change. Carbon Capture and Storage (CCS) has a critical role to play in achieving energy system and industrial decarbonisation to successfully mitigate the changing climate. Europe has led the world on action to address climate change, introducing leading decarbonisation targets and the world’s largest carbon emissions trading scheme. It has also supported the development and deployment of low- carbon renewable energy technologies. However, despite leading early calls for the delivery of CCS technology needed to complement and secure a low-carbon future, Europe has now fallen behind. This threatens its domestic ability to successfully decarbonise as well as its international leadership in delivering climate change mitigation action. In 2007 the European Council of European Union Member States called for “up to 12 CCS demonstration projects to be delivered by 2015”. Seven years and numerous project proposals later, no CCS projects have started construction, and the majority have been cancelled or mothballed. This is in stark contrast to growing CCS momentum elsewhere, such as in North America and China (see panel Global progress on CCS). The remaining handful of Europe’s CCS demonstration projects are negotiating much-needed financial support from the EU and national governments. Located around the North Sea – Europe’s largest, best understood and most bankable CO2 storage asset – these projects must be an immediate priority in the EU’s climate objectives. However, even these will be insufficient to successfully deliver the full potential of CCS. It is essential that follow-on projects are quickly brought forward and properly supported to create a CCS industry capable of delivering significant decarbonisation along with energy, security, job retention and economic value.[2]",
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Brownsort, P, Haszeldine, RS, Fitch, D, Ball, M, Johnson, G, Littlecott, C, Parmiter, P, Scott, V, Sim, G & Viguier, R 2015, SCCS Recommendations and Conference 2014 Report: A CCS future for Europe: catalysing North Sea action. Edinburgh.

SCCS Recommendations and Conference 2014 Report : A CCS future for Europe: catalysing North Sea action. / Brownsort, Peter; Haszeldine, R Stuart; Fitch, Davey; Ball, Matthew; Johnson, Gareth; Littlecott, Chris; Parmiter, Philippa; Scott, Vivian; Sim, Gordon; Viguier, Romain.

Edinburgh, 2015. 33 p.

Research output: Book/ReportCommissioned report

TY - BOOK

T1 - SCCS Recommendations and Conference 2014 Report

T2 - A CCS future for Europe: catalysing North Sea action

AU - Brownsort, Peter

AU - Haszeldine, R Stuart

AU - Fitch, Davey

AU - Ball, Matthew

AU - Johnson, Gareth

AU - Littlecott, Chris

AU - Parmiter, Philippa

AU - Scott, Vivian

AU - Sim, Gordon

AU - Viguier, Romain

PY - 2015/1/1

Y1 - 2015/1/1

N2 - It is unequivocal that the continued unabated use of fossil fuels is no longer an option if the world is to avoid [1] “severe, pervasive and irreversible” damage from the impacts of climate change. Carbon Capture and Storage (CCS) has a critical role to play in achieving energy system and industrial decarbonisation to successfully mitigate the changing climate. Europe has led the world on action to address climate change, introducing leading decarbonisation targets and the world’s largest carbon emissions trading scheme. It has also supported the development and deployment of low- carbon renewable energy technologies. However, despite leading early calls for the delivery of CCS technology needed to complement and secure a low-carbon future, Europe has now fallen behind. This threatens its domestic ability to successfully decarbonise as well as its international leadership in delivering climate change mitigation action. In 2007 the European Council of European Union Member States called for “up to 12 CCS demonstration projects to be delivered by 2015”. Seven years and numerous project proposals later, no CCS projects have started construction, and the majority have been cancelled or mothballed. This is in stark contrast to growing CCS momentum elsewhere, such as in North America and China (see panel Global progress on CCS). The remaining handful of Europe’s CCS demonstration projects are negotiating much-needed financial support from the EU and national governments. Located around the North Sea – Europe’s largest, best understood and most bankable CO2 storage asset – these projects must be an immediate priority in the EU’s climate objectives. However, even these will be insufficient to successfully deliver the full potential of CCS. It is essential that follow-on projects are quickly brought forward and properly supported to create a CCS industry capable of delivering significant decarbonisation along with energy, security, job retention and economic value.[2]

AB - It is unequivocal that the continued unabated use of fossil fuels is no longer an option if the world is to avoid [1] “severe, pervasive and irreversible” damage from the impacts of climate change. Carbon Capture and Storage (CCS) has a critical role to play in achieving energy system and industrial decarbonisation to successfully mitigate the changing climate. Europe has led the world on action to address climate change, introducing leading decarbonisation targets and the world’s largest carbon emissions trading scheme. It has also supported the development and deployment of low- carbon renewable energy technologies. However, despite leading early calls for the delivery of CCS technology needed to complement and secure a low-carbon future, Europe has now fallen behind. This threatens its domestic ability to successfully decarbonise as well as its international leadership in delivering climate change mitigation action. In 2007 the European Council of European Union Member States called for “up to 12 CCS demonstration projects to be delivered by 2015”. Seven years and numerous project proposals later, no CCS projects have started construction, and the majority have been cancelled or mothballed. This is in stark contrast to growing CCS momentum elsewhere, such as in North America and China (see panel Global progress on CCS). The remaining handful of Europe’s CCS demonstration projects are negotiating much-needed financial support from the EU and national governments. Located around the North Sea – Europe’s largest, best understood and most bankable CO2 storage asset – these projects must be an immediate priority in the EU’s climate objectives. However, even these will be insufficient to successfully deliver the full potential of CCS. It is essential that follow-on projects are quickly brought forward and properly supported to create a CCS industry capable of delivering significant decarbonisation along with energy, security, job retention and economic value.[2]

KW - carbon capture and storage

KW - CCS

KW - CO2

KW - carbon dioxide

KW - Central North Sea (CNS)

KW - UK Continental Shelf (UKCS)

KW - geological storage

KW - sequestration

KW - low-carbon

KW - decarbonisation

KW - climate change mitigation

M3 - Commissioned report

SN - 9780992748319

BT - SCCS Recommendations and Conference 2014 Report

CY - Edinburgh

ER -

Brownsort P, Haszeldine RS, Fitch D, Ball M, Johnson G, Littlecott C et al. SCCS Recommendations and Conference 2014 Report: A CCS future for Europe: catalysing North Sea action. Edinburgh, 2015. 33 p.