Articles Tagged with ''embodied carbon''

CONTRAFLAM One, the industry’s most advanced product since the invention of fire-resistive glass, is now in production at Vetrotech Saint-Gobain’s new Faribault production headquarters.

Vitro Architectural Glass has unveiled a new digital tool called the Vitro emissions Carbon & Energy Calculator, which models energy consumption and embodied and operational carbon emissions in various standard buildings. 

Enclosure materials influence embodied carbon goals. This means that selecting and designing for low-carbon enclosure materials is important for reducing the overall embodied carbon impact of the building. It is important to note that using heavier enclosure assemblies may require additional structural support, increasing the embodied carbon associated with the building structure.

Tree-rich ecosystems serve as "carbon sinks" by absorbing more carbon than they release, which could potentially help offset the carbon emissions from human activities such as using fossil fuel-based energy resources for building construction and operation. 

Vectorworks, Inc. received the Bronze Stevie® Award in the Sustainability Initiative of the Year category for the 20th Annual International Business Awards.

The American Iron and Steel Institute has published a new research report, “RP23-01: Analytical Equations for Critical Local Buckling Stress of Lipped Channels.”

Vitro Architectural Glass has published updated versions of its Environmental Product Declarations for both flat and processed glass.

Pressure is mounting for the building and construction industry to become more sustainable. Designing more energy-efficient buildings is part of that, but reducing embodied carbon is a more pressing — and often challenging — issue.

We learned about it in middle school science class: the earth is comprised of carbon-based lifeforms. However, there is a name for the carbon that all living things embody: biogenic carbon.