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
Plastics are controversial due to their production from fossil fuels, emissions during production and disposal, potential toxicity, and leakage to the environment. In light of these concerns, calls...
Takuma, Jonathan, Andre, and Zhi highlight the vast scale of growth in concrete demand and emissions over the last 30 years.
In February and March this year, Karla Cervantes Barron joined with a group of researchers from the CCG project to meet partners across India
New study of UK plastics flows shows 1/3 of related GHG emissions could be reduced by increasing recycling capacity and reducing demand.
If we are truly committed to reaching zero emissions, we must be prepared for a world where the amount of steel we can produce is lower
Karla Cervantes Barron reflects on her experiences at this year’s COP27, sharing insights on the conference as a whole, and the sessions she chaired and spoke in as...
This study uses a stock-flow-service nexus to evaluate seven key strategies available to reduce carbon emissions and build a low-carbon economy.
A new report on Low carbon concrete technologies by Aurelia Hibbert, Jonathan Cullen, and Michal Drewniok has been released.
To meet climate mitigation targets whilst also increasing wellbeing, deploying low-carbon electricity systems developing countries is critical.
Heating and cooling systems in buildings account for 31% of global energy use. Many of these systems are regulated by Rule Based Controllers (RBCs) that neither maximise energy...
