Whole-Life Greenhouse Gas Emission Reduction and Removal Strategies for Buildings: Impacts and Diffusion Potentials Across EU Member States
Register to access resources
Introduction
Whole-life greenhouse gas emission reduction strategies for buildings are essential for achieving EU climate targets. This resource examines the impacts and diffusion potentials of these strategies across member states, focusing on both reduction and removal approaches.
Summary
The report provides a comprehensive analysis of strategies to reduce and remove greenhouse gas emissions throughout the building lifecycle. It evaluates technical solutions, policy frameworks, and market mechanisms that can accelerate decarbonisation in the construction sector.
Key Takeaways
- Whole-Life Approach: Emissions must be addressed across all stages, from material production to end-of-life.
- Reduction and Removal: Combining low-carbon materials with carbon removal technologies enhances impact.
- EU Diffusion Potential: Adoption varies by member state, influenced by policy, market readiness, and infrastructure.
How It Can Help You
This resource is valuable for:
- Policymakers designing climate strategies for the building sector.
- Developers and architects seeking practical steps for low-carbon construction.
- Industry leaders exploring carbon removal and circular economy solutions.
Key Learnings
- Material Choices Matter: Timber and other bio-based materials significantly reduce embodied carbon.
- Policy Alignment: Harmonised standards and incentives are critical for scaling solutions across the EU.
- Innovation and Collaboration: Cross-sector partnerships accelerate adoption of whole-life carbon strategies.
Access resources
