skip to primary navigationskip to content

Cambridge Institute for Sustainability Leadership

Studying at Cambridge

Search results

6 items matching your search terms.
Filter the results.
Item type
























New items since



Sort by relevance · date (newest first) · alphabetically
Sustainable steel manufacturing
January 2019: Achieving climate change goals will require decarbonising the steel industry, since it is one of the largest CO2 emitters. A shift towards greener but still experimental technologies such as the use of hydrogen as a reductant agent could fully decarbonise the steel industry. However, concerns remain over the economic feasibility of new steel making technologies.
Located in Resources / Sustainability Horizons / January 2019
Economy of Borneo’s rainforest
November 2019: Infrastructure plans for creating a Pan-Borneo Highway are placing the region’s biodiversity at risk. Recent findings suggest that there are greater economic benefits in maintaining biodiversity and supporting emerging bio-economies than in depletion of natural resources.
Located in Resources / Sustainability Horizons / November 2019
Waste exports
June 2019: An increasing number of South-East Asian countries are restricting waste imports, leading to spikes in landfill deposits and waste incineration in developed nations. However, this could encourage efforts to create a global governance framework for ‘circular’ resource management practices in the long-run.
Located in Resources / Sustainability Horizons / June 2019
Smart yarn
December 2019: Flexible, electrochemically, and electromechanically active yarns could allow for the scalable production of textile-based devices. Such smart garments have a wide range of applications from public health to military defence and could produce clothing that responds to outside conditions while retaining wearability
Located in Resources / Sustainability Horizons / December 2019
Recycling plastic waste
December 2019: Developments in steam cracking and pressure technology now enable the production of ‘virgin’ quality plastics from recycled plastic waste. This could allow for plastic manufacturing sites to transition to plastic collection and refineries within the framework of their existing infrastructures.
Located in Resources / Sustainability Horizons / December 2019
Impacts of single use bioplastics
December 2019: Swapping conventional plastics for bioplastics may have adverse effects on waste generation and further incentivise a culture of single use. Instead, new research recommends to rather reduce the general consumption of plastics and to only substitute plastic for bioplastics in food packaging. This could generate a waste stream that does not contribute to landfills and reduces the amount of non-recyclable plastics due to food contamination.
Located in Resources / Sustainability Horizons / December 2019