Industrial energy efficiency and decarbonisation via electrification and hydrogen
Critical minerals requirements for meeting net zero pathways in the United Kingdom
Building stock archetype and modelling (BSAM) framework for coupled material-energy‑carbon assessment
Toward responsible mining: Linking ESG strategies with spatial analysis in Zambia’s copper mining industry
Ten years on: Are raw material criticality assessments making more sense?
Decarbonising industrial energy systems requires a process-level understanding of where electrification and hydrogen can replace fossil fuels. However, national statistics typically report fuel use only at the sector...
New paper outlines the critical mineral requirements for meeting net zero pathways in the UK.
This review proposes a BSAM framework that captures coupled material, energy, and carbon impacts for more comprehensive sustainability assessment.
This study integrates ESG mitigation strategies with spatial analysis, providing a practical, site-specific framework that can support more sustainable mining practices in Zambia.
New paper on raw material criticality assessments.
Report on China's role in the UK energy transition: from mine to technology, by the Climate Compatible Growth team.
Report on Critical Minerals in the ASEAN region: assessing the opportunities and risks, by the Climate Compatible Growth team.
Report on Resilience of Critical Minerals Supply Chains, by the Climate Compatible Growth team.
Enar reflects on his recently published paper 'From variance to value Stabilizing circular exchanges in industrial symbiosis networks'.
New paper evaluates how circular economy principles can reshape the use of aluminium, lead, steel, glass, and paper in the UK’s foundation industries.
