The new industrial revolution, along with the ‘circular’ and ‘sharing’ economy, are reconfiguring economic activities across the world. How can these activities be aligned with the idea of a sustainable resource economy which includes  deep decarbonization?

As renewables become a large share of the global energy mix, greater electricity system flexibility will be critical and will originate from the small scale, write Daniel Quiggin and Antony Froggatt.

The world is undergoing a dramatic electricity transition, and the global struggle for power over this transformed electric system is set to profoundly shape our future, argues Walt Patterson.

The dialogue explored tools to shift societal preferences and support more sustainable consumption behaviours. It analysed lessons from experiences of ‘nudging’ and other efforts in policy areas such as food, energy, buildings and infrastructure, and identified promising opportunities where interventions that target demand-side shifts could deliver more sustainable outcomes. Participants were from industry, government, international organizations, NGOs, academia, foundations and think tanks.

High quality recycling of industrial materials is a key strategy for delivering a low carbon circular future, argues John Gardner.

The demise of internal combustion vehicles is in sight with electric vehicles poised to replace them. But the cost and scarcity of critical metals could prove a major hurdle, writes Daniel Quiggin.

Resource saturation levels for China indicate that appetite for materials is likely to flatten after physical infrastructures and basic industries have been set up, argues Raimund Bleischwitz.

Material efficiency could reduce industrial GHG emissions but has received relatively little attention to date. A 'systems' approach to policy formation is now needed, writes Simone Cooper-Searle.

Reuse and recycling can significantly reduce the greenhouse gas emissions impact of the materials used in cars, writes Simone Cooper-Searle.