TY - CHAP
T1 - CCS
T2 - A disruptive technology for innovation theory
AU - Winskel, Mark
PY - 2012/12/1
Y1 - 2012/12/1
N2 - The emergence of carbon dioxide capture and storage (CCS) as a signifi cant part of envisaged energy futures in the UK and internationally has coincided with more urgent imperatives for energy system change. This chapter argues that the CCS case, as a regime-led innovation, challenges the prevailing models of innovation theory articulated within innovation studies over the past two decades. In particular, CCS is seen here as a disruptive technology for constructivist theories of innovation – especially transitions theory, but also technological innovation systems theory. The emergence of regime-led innovations such as CCS challenges some of the main tenets of constructivist-based innovation theories, especially their emphasis on niche-led disruptive innovation as a primary driver of socio-technical system change. Under stronger and more urgent imperatives for change – environmental, economic and security of supply – policymakers have sought to develop responses by directly engaging with incumbent organisations and networks. As a result, more centrally co-ordinated energy innovation systems have emerged, and these have directed considerable eff orts on regime-led innovations such as CCS.
AB - The emergence of carbon dioxide capture and storage (CCS) as a signifi cant part of envisaged energy futures in the UK and internationally has coincided with more urgent imperatives for energy system change. This chapter argues that the CCS case, as a regime-led innovation, challenges the prevailing models of innovation theory articulated within innovation studies over the past two decades. In particular, CCS is seen here as a disruptive technology for constructivist theories of innovation – especially transitions theory, but also technological innovation systems theory. The emergence of regime-led innovations such as CCS challenges some of the main tenets of constructivist-based innovation theories, especially their emphasis on niche-led disruptive innovation as a primary driver of socio-technical system change. Under stronger and more urgent imperatives for change – environmental, economic and security of supply – policymakers have sought to develop responses by directly engaging with incumbent organisations and networks. As a result, more centrally co-ordinated energy innovation systems have emerged, and these have directed considerable eff orts on regime-led innovations such as CCS.
UR - https://www.scopus.com/pages/publications/84888029166
U2 - 10.4324/9780203118726
DO - 10.4324/9780203118726
M3 - Chapter
AN - SCOPUS:84888029166
T3 - Science in Society Series
SP - 199
EP - 221
BT - The Social Dynamics of Carbon Capture And Storage
A2 - Markusson, Nils
A2 - Shackley, Simon
A2 - Evar, Benjamin
PB - Routledge
CY - London
ER -