Resource-use intensity and the labour market: More for less?

Although the circular economy primarily focuses on closing supply chains, residual waste management, and product lifetime extensions, reducing resource use remains critical. This paper examines the system-wide impacts of reducing resource use using a multisectoral computable general equilibrium model. Although not strictly circular, the focus is on a costless 'technology shock' that reduces the consumption of intermediate goods in the construction sector and its system-wide effects. The results suggest that there is potential for reductions in CO 2 emissions, but this is accompanied with a fall in GDP and employment, with unskilled workers experiencing larger negative employment effects. However, the scale of these GDP and employment effects is small, despite relatively large reductions in resource use. This indicates that technology-induced reductions in resource use have the potential to support the transition towards an economy that uses fewer resources without causing significant disruptions at the macroeconomic level. • 'More for less' is of importance in the transition towards a more circular economy. • Assess implications of an improvement in the resource-use intensity of construction. • Employ a dynamic, multi-sectoral computable general equilibrium model for Germany. • Identify a slight trade-off between the resource-use improvement and economic effects. [ABSTRACT FROM AUTHOR]