A robust framework for estimating theoretical minimum energy requirements for industrial processes
Connected, complex, and carbonized: The country archetypes of the petrochemicals sector
Resource Efficiency as an environmental performance metric for industry: Exergetic analysis of a clinker manufacturing plant
A Spatiotemporal Environmental Sustainability Assessment Model for Deep and Large-scale Open-pit Copper Mines
Value addition for who? Challenges to local participation in downstream critical mineral ventures in Zambia
At Cambridge Zero’s recent Research Symposia, Refficiency’s Scott spoke about the use of a new reinforcement learning technique for effective temperature regulation and reduction of GHG emissions. When looking at...
“We find efficient end-use technologies contribute large potential emission reductions and provide higher social returns on investment than energy-supply technologies. Yet public institutions, policies and financial resources pervasively...
This is the next in a series of posts from former PhD students of Resource Efficiency Collective to explore where they are now, and how their PhDs prepared them for...
Global cement production is responsible for almost 8% of global carbon emissions. Cement is used mainly in concrete to construct buildings and infrastructure (e.g. roads, bridges, technical infrastructure,...
