Industry and Policy Implementation of Material Efficiency
Repository URI
Repository DOI
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Authors
Cooper-Searle, Simone https://orcid.org/0000-0002-3160-6457
Abstract
The UK has committed to deep, long-term reductions in national greenhouse gas emissions as part of a global effort to address climate change. Material efficiency, reducing the material inputs per service output, has long been identified as a globally underexplored mitigation strategy. Previous studies show unrealised technical potential to improve the efficiency of steel use, a large contributor of industry emissions, in the UK. This thesis explores why these opportunities may be unrealised along the steel supply chain.
Description
Date
2018-02-12
Advisors
Allwood, Julian
Keywords
material efficiency, steel, greenhouse gas emissions, multidisciplinary, UK, socio-technical systems, input-output modelling, climate change, supply chain, automotive, construction, policy agenda
Qualification
Doctor of Philosophy (PhD)
Awarding Institution
University of Cambridge
Sponsorship
UK Engineering and Physical Sciences Research Council (EPSRC) PhD studentship (reference EP/L504920/1).