Researchers in Japan found a way to make concrete that effectively emits no carbon dioxide (CO2) during the production process. The team of scientists, primarily from the University of Tokyo and ...

High CO2 emissions from the cement and concrete industries can be dangerous to the environment. The method offers a way to significantly reduce CO2 emissions from the cement and concrete industries, ...

Concrete has a massive carbon footprint, so technologies that boost its performance and enable it to last longer could have profound benefits for the environment. This has led to the development of ...

Russell has a PhD in the history of medicine, violence, and colonialism. His research has explored topics including ethics, science governance, and medical involvement in violent contexts. Russell has ...

Cement scientist Brent Constantz wants concrete to be the "hero" that cleans up dirty coal. "The reality is, coal is not going away," he says. "We need to meet the world’s power demands without ...

New research shows Roman concrete relied on heat-driven mixing and reactive lime, giving it a surprising self-healing ability ...

Check out all of our 2019 Innovation by Design winners and honorees here, and read more coverage of the winning designs here. Performance spaces often feature elaborate acoustical systems that rely on ...

Humans produce around 4.4 billion tons of concrete every year. That process consumes around 8 billion tons of sand (out of the 40-50 billion tons used annually) which has, in part, led to acute ...

Concrete can be unpredictable and change from good to bad at the drop of a hat. Concrete is perishable, therefore, the way that you treat the product before use is crucial to its future quality.

Not only could the new process help sequester CO 2 from the ever-warming atmosphere, it also results in concrete with uncompromised strength and durability. “More interestingly, this approach to ...