Protected: Reducing Emissions From Construction
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There is no excerpt because this is a protected post.

Stanford’s first open houses for decommissioned buildings keep over 3,500 items out of the landfill and back in circulation across campus.

Staff partnerships are turning surplus furniture into practical solutions–saving money, reducing waste, and creating functional spaces without sacrificing aesthetics.

Ponsu Muthuraman ’26 evaluated the use of a machine learning tool to improve construction carbon emission estimation.

Danica Sun ’28 explored smarter resource use for one of Stanford’s major computing clusters.

Stanford’s on-site milling program transforms fallen limbs into campus benches and student art–providing the campus community a sustainable alternative to imported lumber.

From sustainable beats and food recovery leaps, the year 2025 set a new standard for Stanford traditions and operations.

Project Background There is significant value in buildings (carbon, cost, historical significance) that is lost when the business-as-usual approach of demolition and rebuilding is continued. …

What would have been demolition debris turns into design assets that preserve Stanford’s iconic architecture and divert 141 tons of clay tiles from landfill.

The construction, operation, and demolition of the Terman Building inform sustainable building projects across Stanford’s campus.