Thornton Tomasetti launches embodied carbon measurement tool, BEACON
Thornton Tomasetti, the international engineering firm, has launched Beacon, an innovative embodied carbon measurement tool to change the way structural engineers understand and manage embodied carbon optimisation.
The tool – a first-of-its-kind – gives users the ability to measure embodied carbon, allowing for more informed decisions throughout the design process.
Beacon is being introduced after an intensive, three-year research and development process led by Thornton Tomasetti’s CORE studio, a firm-wide virtual incubator focused on innovation through computational modelling and research.The tool is a sophisticated Autodesk Revit plugin that generates a comprehensive data visualization of a project’s embodied carbon.
Beacon provides data in a manner similar to the engineer’s thought process, providing a clear visualization of a project’s embodied carbon quantities by material type, building element and floor levels, allowing engineers to know exactly where embodied carbon can be minimised for optimisation. It also grades the model’s embodied carbon levels against the Carbon Leadership Forum’s database of models by building type using a red, yellow, and green rating system.
“Thornton Tomasetti continues to lead the industry’s efforts on efficient and environmentally conscious designs,” commented Robert Otani, principal and chief technology officer at Thornton Tomasetti.
“We decided to make Beacon an open-source and easy-to-use tool, so it can be shared at a global scale. We hope this unique and comprehensive tool will push the industry forward into developing innovative strategies that result in more sustainable and efficient structures.”
Thornton Tomasetti: Net Zero and the construction industry
InEight reveal the bad planning habits to kick in 2020
Skanska reveals embodied carbon calculator reduces emissions by 30%
Read the latest issue of Construction Global here
Beacon’s launch follows Thornton Tomasetti’s November release of results from its multi-year, project-based embodied carbon measurement study. The study focused on identifying the type of structures, materials and components with the highest carbon emissions.
“The built environment is estimated to be responsible for about 40% of global greenhouse gas emissions when building materials are factored in,” added Amy Seif Hattan, corporate responsibility officer at Thornton Tomasetti.
“Therefore, it is up to us to help effect change. Beacon will help structural engineers address embodied carbon in new construction. It will also be extremely valuable to measure progress toward the Carbon Leadership Forum’s Structural Engineers 2050 Challenge’s primary goal of zero carbon buildings by 2050.”
This challenge was recently endorsed by the Structural Engineering Institute Board of Governors, showing strong industry support for the initiative.
- Applying circular economy to infrastructure constructionBuilt Environment
- Recycled nappies – the next big material in home building?Built Environment
- KPM Engineering doubles revenue on back of Saudi projectsConstruction Projects
- The Beck Group Partners with ALICE TechnologiesBuilt Environment