CD3D facilitates early LCA during design, enabling flexible decision-making to achieve decarbonization targets. This tool produces a detailed bill of materials for early cost estimation and addresses informational gaps in models. CD3D streamlines the design process, identifies carbon hotspots quickly, and provides early feedback on potential savings. Optimizing embodied carbon impacts using CD3D helps set targets and win more projects. Begin your analysis by selecting the building type and size, adjusting materials and structural elements, and comparing designs to choose the most carbon-efficient option.
CD3D offers insightful analyses, presenting a breakdown of the bill of materials, carbon impact reductions, comparisons, and identification of hotspots. Results are accessible by building part or component, and integrating local classification systems. Insights extend to material-level assessments, enabling informed decision-making in architectural design. This tool facilitates the optimization of carbon footprints and maximizes flexibility in project stages, making it valuable for sustainable construction practices.
CD3D is customized to meet regional requirements, ensuring compliance with local building codes and environmental standards. The process begins with thorough research into local construction trends and preferences. Working with local experts and forming partnerships with regional entities are key, enabling a deep understanding of specific regional needs.
For example, countries such as Finland, France, Germany, Hungary, and Ireland benefit from unique collaborations in Europe. These collaborations include partnerships with local industry bodies like RTT and Finnish Wooden industry, which informs the Finnish reference building, and similar collaborations in France and Ireland. Such partnerships ensure that models deeply reflect local construction practices and standards.
Moreover, CD3D incorporates specific environmental profiles tailored to each region. For instance, CO2data.fi/SYKE data is used for the Finnish reference building, while industry-standard databases like Okobau.dat are utilized for Germany. In cases where specific data is lacking, One Click LCA and local generic data are prioritized, ensuring a robust foundation for modeling.
Expansion beyond Europe further highlights the tool's adaptability, with coverage extending to the United States, Canada, Australia, New Zealand, Japan, and the Middle East/North Africa. Partnerships with Sumitomo for the Japanese reference building and alignment with regional green building guides such as Green Star Australia and Green Star New Zealand demonstrate the tool's flexibility in catering to diverse regional requirements.
CD3D is continually evolving to accommodate changing regulations and emerging markets. The development of the Danish region, aligned with BR 18 regulations, demonstrates this commitment. Collaboration with local experts remains central to this process, ensuring that the tool remains at the forefront of regional customization in the construction industry.
If a required variation is missing, users can create a custom private template with the necessary construction adaptations for reuse in CD3D across their company account. Additionally, users can report any other requests to One Click LCA’s customer success team, who will review them promptly.
CD3D's customization for regional requirements encompasses a multifaceted approach, including research, collaboration, and partnership. By prioritizing local needs and standards, the tool ensures accuracy and relevance across diverse geographical contexts, facilitating sustainable construction practices worldwide.