Carbon Emission Management in the Construction Industry
Summary
The construction industry is responsible for a substantial share of global greenhouse gas emissions, accounting for roughly 36% of energy-related CO₂ and nearly 50% when including embodied emissions in materials and operations. Rapid urbanisation, expanding infrastructure and rising demand for energy-intensive materials such as cement and steel have exacerbated its carbon footprint. Effective management requires a life-cycle perspective that covers material extraction, manufacturing, transportation, on-site construction, building operation and end-of-life processes. Strategies span technological, policy and behavioural domains: low-carbon material substitution (for example, use of supplementary cementitious materials or engineered timber), energy-efficient design and retrofits, on-site renewable energy integration, digital tools for optimisation and circular-economy approaches to reduce waste. Regulatory frameworks and incentives—such as carbon pricing, energy performance standards and green building certifications—play an essential role in steering industry practices. Moreover, regional and sectoral heterogeneity demands context-specific pathways: emerging economies contend with rapid growth and infrastructure gaps, whereas developed markets focus on deep retrofits and net-zero standards. Collaboration among architects, engineers, policymakers and financiers is key to mainstreaming low-carbon solutions, while monitoring tools and standardised inventories are indispensable for tracking progress toward decarbonisation goals.
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Carbon Emission Management in the Construction Industry publication trend
The graph below shows the total number of articles in carbon emission management in the construction industry across all publications each year (not limited to Nature Index journals).
Technical terms
Decoupling: A measure of the relationship between changes in emissions and economic growth, indicating whether emissions rise slower than, equal to or faster than economic output.
Logarithmic Mean Divisia Index (LMDI): A decomposition technique that quantifies the contribution of factors such as activity level, energy intensity and structural change to variations in total emissions.
Carbon intensity: The amount of CO₂ emitted per unit of economic output or per unit of material/service, used to assess efficiency and track progress in emission reduction.
Spatial autocorrelation: A statistical property describing the degree to which emissions or carbon-intensity values in one region are similar to those in neighbouring regions, revealing clustering patterns.
References
- Moving Low-Carbon Construction Industry in Jiangsu Province: Evidence from Decomposition and Decoupling Models. Sustainability (2017).
- Provincial CO2 Emission Measurement and Analysis of the Construction Industry under China’s Carbon Neutrality Target. Sustainability (2021).
- Spatial Correlation Network and Driving Effect of Carbon Emission Intensity in China’s Construction Industry. Buildings (2022).
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