Exploring the Future of Embodied Carbon in Industrial Real Estate
The Journey Towards Sustainability in Industrial Real Estate
In today's fast-paced world, sustainability isn't just a buzzword but a necessity. One firm, BranchPattern, has taken a significant step forward by releasing the much-anticipated 2024 Embodied Carbon Benchmark Study – Version 2. This comprehensive report dives into the embodied carbon emissions associated with industrial real estate, shining a light on the efforts being made to combat climate change.
Understanding Embodied Carbon Emissions
Embodied carbon refers to the greenhouse gas emissions produced during the lifecycle of construction materials and processes. Alarmingly, these emissions represent approximately 11% of global greenhouse gas emissions, primarily occurring during the first year of a building’s existence. Therefore, addressing these emissions is pivotal for real estate developers and stakeholders aiming to achieve their sustainability objectives.
Collaboration for Effective Strategies
The recent study encompasses insights from ten influential industrial real estate developers, including notable names like Affinius Capital, Prologis, and Brookfield Properties. By collaborating, these industry leaders have evaluated the key contributors to embodied carbon and explored effective strategies for reduction. Collectively, they have set a foundation for future advancements, promoting a collaborative spirit among industry professionals.
Monitored Progress and Findings
The findings from the Version 2 study are promising. The average embodied carbon intensity (ECI) in U.S. industrial core and shell buildings has seen a reduction from 23 kg CO2e/ft² to 22 kg CO2e/ft². This shift not only highlights the commitment of developers and designers but also aligns with critical global climate goals such as those of the Science Based Targets Initiative (SBTi) and the Paris Agreement.
Detailed Analysis of Emission Sources
With a focus on concrete use and site paving processes, the report provides a quantified analysis of the elements contributing to embodied carbon emissions. BranchPattern emphasizes techniques for stakeholders aiming to diminish their projects' carbon footprints. This includes targeted material selection and innovative designs that consider environmental impact at every step.
The Importance of Site Work Insights
Notably, this version of the study introduces the impacts of site work on greenhouse gas emissions. When this factor was included, the average embodied carbon intensity surged to 32.1 kg CO2e/ft²—a stark reminder of the significance of comprehensive assessments. The additional emissions stem from various components, including site paving, which are often overlooked during typical assessments.
Redefining Approaches to Carbon Emissions
Kirsty Walson, Principal at BranchPattern, states, "The need for a comprehensive understanding of carbon emissions in our built environments is more critical than ever." By providing actionable insights and measurable benchmarks, BranchPattern is paving the way for the adoption of sustainability practices in industrial real estate.
Towards a Sustainable Future
With industrial buildings gaining more attention in the sphere of sustainability, the study provides not only enhanced benchmarks but also a detailed roadmap for the industry. By adopting collaborative and transparent practices, stakeholders can align their objectives with broader global sustainability goals.
As the insights from the 2024 Benchmark Study take root, it is clear that BranchPattern is reinforcing the essential role embodied carbon reduction plays in shaping the future of industrial real estate.
Frequently Asked Questions
What is the focus of the 2024 Embodied Carbon Benchmark Study?
This study focuses on analyzing the embodied carbon emissions associated with industrial real estate, providing valuable insights for reduction strategies.
How significant are embodied carbon emissions?
Embodied carbon emissions account for approximately 11% of global greenhouse gas emissions, primarily occurring within the first year of a building's life.
Who collaborated on the study?
The study involved contributions from ten leading industrial real estate developers, including Affinius Capital and Prologis.
What are some highlighted findings from the study?
The average embodied carbon intensity for U.S. industrial buildings decreased from 23 kg CO2e/ft² to 22 kg CO2e/ft², showcasing positive progress in sustainability efforts.
Why is site work important in emissions assessments?
Incorporating site work into carbon assessments revealed an increase in average embodied carbon intensity, emphasizing the need for a comprehensive analysis of all contributing factors.
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