RMIT researchers turned spent coffee grounds into biochar and replaced up to 15 percent of sand in concrete, boosting ...

RMIT researchers are advancing new ways to cut the carbon footprint of infrastructure by turning everyday organic waste into ...

This study reveals how GGBS, eggshell powder, and waste glass powder improve concrete's mechanical properties while promoting ...

Researchers in Australia have developed a durable, sustainable concrete solution by repurposing a lithium-refining by-product ...

Researchers at Kaunas University of (KTU) are pioneering methods to transform textile waste into energy and high-performance ...

CarbonStrong's low-carbon binder mixes fly ash with cement with a few proprietary additives that lowers carbon emissions from ...

Why it matters: At the University of Pennsylvania's Polyhedral Structures Laboratory, a team of architects and engineers is rethinking how one of the world's most polluting building materials could ...

After years of Russian drone and missile barrages, piles of broken concrete are becoming a towering problem in Ukraine. “You can't landfill it, you can't just ignore it, you can't even use it for ...

In this insightful video, Bill Donnelly from Sapphire delves into the intricacies of FreeSync technology. Discover how FreeSync enhances gaming experiences by synchronizing frame rates with the ...

Scientists have been working for the last few years on enhancing concrete – arguably the most common construction material on the planet – to store energy. That includes researchers at Massachusetts ...

Construction, and in particular concrete and steel, is one of the most material-intensive and CO₂-emitting sectors. Fiber Elements, an Austrian start-up founded in 2023, is determined to make this ...

Construction project planning teams can spend years developing what looks like the perfect plan. However, once the project transitions into execution, even the best-crafted plans are tested by ...