Embodied carbon is most often used in the context of the built environment, where it is presumed to include emissions from raw material extraction, transportation of materials, materials wasted ...

Day one of the bootcamp will focus on ensuring all attendees are fluent in the language of embodied carbon. Through a combination of lecture-style instruction and interactive workshops, attendees will ...

Join us for two days of focused discussion on embodied carbon, networking with fellow structural engineers and enjoying summertime in Boulder. This event will have tailored pathways for newcomers, ...

Three main components: steel, concrete and cooling equipment make up 70% of the total embodied carbon of the building. Datum Datacentres operates a network of environmentally efficient, carrier ...

RED Engineering Design has now come up with an Embodied Carbon Calculator, enabling a more comprehensive evaluation of whole life cycle analysis (WLCA) in data center design processes. WLCA ...

Design and construction professionals know that buildings are responsible for 37% of global carbon emissions and significantly contribute to a company’s carbon footprint. Embodied carbon ...

As the climate transition enters a new phase, the construction industry is coming into the spotlight, along with the issue of embodied carbon. Embodied carbon refers to the carbon emissions ...

The embodied carbon (EC) intensity in core and shell industrial buildings in the U.S. averages 23.0 kilograms per sf, according to a recent analysis of 26 whole building life-cycle assessments. That ...

To make a product with a lower carbon impact over its lifecycle, we have to understand what makes up the embodied emissions in a product and how we can design or adjust the ways we make and ...

Their concern might be with the “embodied carbon” the shopkeeper’s son had released when breaking the window. The production of a pane of glass can require temperatures of more than 1,000°C.