A team of researchers based in Norway and Japan might soon have you walking on desert sand, no matter how far from the dunes ...

This prompted the researchers to test whether desert sand could be repurposed using a manufacturing approach that does not rely on conventional cement binding. During a series of trials, the ...

Given its status as the most widely-used manufactured material on Earth, reducing the huge environmental footprint of concrete would have significant consequences for the health of the planet.

Researchers have discovered how to make concrete from recycled glass - by turning it back into sand. A team from Australia were able to turn the waste into a replacement for industrial flooring - ...

A new study found that graphene derived from metallurgical coke, a coal-based product, through flash Joule heating could serve not only as a reinforcing additive in cement but also as a replacement ...

Concrete is the world’s most widely used building material – second only to water. Globally, more than four billion tonnes of cement are produced every year. Concrete consumption is so enormous that ...

The world’s reliance on concrete, the second most consumed material after water, is leading to an environmental and resource crisis, with sand mining rates outstripping natural replenishment. “This ...

A new technique promises to put wasted glass to good use, by turning it into concrete that can be used in industrial flooring and for building roads and car parks. Researchers in Australia turned ...

Environmentally friendly 'living concrete' has been developed by scientists mixing sand, gel and bacteria to create a building material as strong as cement. The new material contains a form of ...

Norwegian researchers use wood scraps and desert sand to create concrete blocks, potentially solving construction's river ...