Committing to Net Zero
KL&A's goals and commitments
We are seeking owners, architects, engineers, contractors and suppliers who would like to help all of us find ways to reduce embodied carbon in our projects.
For more information or to learn how to get us involved with LCA's for your project, please reach out to Bob Redwine and Alexis Feitel at email@example.com.
Meet our SE 2050 Challenge Commitments.
Produce Life Cycle Assessments (LCA) on our committed projects.
Develop partnerships with other professionals and suppliers to develop Whole Building LCA's.
Measure and manage KL&A's own corporate carbon footprint.
Periodically update this information with progress reports and some Key Performance Indicators.
Global CO₂ Emissions by Sector
...and what role does structure play?
The following chart shows that global CO2 emissions for the core and shell (foundations, superstructure, enclosure) are 11% of the total. Total global CO2 emissions are expected to be 40 Gt (1 Gt = 1 billion metric tons), so the core and shell represent about 4.4 Gt of annual global CO2 emissions. “Other Building Materials” represents the 4.0 Gt in the MEP, Civil, Interiors and Construction components.
Global CO₂ Embodied Carbon of New Buildings by System
Data: Embodied Carbon in Buildings, Pomponi, De Wolf, Moncaster, 2018, pg 348, 150 m tall hotel (Davies and Trabucco), Carbon Leadership Forum. Data Sources: 2019 Global Status Report, Global Alliance for Building and Construction (GABC) and Architecture 2030
Carbon Leadership Forum. Data Sources: 2019 Global Status Report, Global Alliance for Building and Construction (GABC) and Architecture 2030
Of the 21% of global CO2 embodied carbon of new buildings, comprised of core and shell and other building materials, structure makes up 6%.
How do buildings fit into the big picture?
KL&A'S Sustainability Timeline
1st MASS TIMBER BUILDING IN COLORADO
LEED PLATINUM, NET ZERO
1st REPURPOSED STRUCTURAL STEEL
RNL Design/Stantec Architecture, Inc.