An innovative process converts CO2 into solid, durable materials that trap carbon. Using seawater, electricity, and carbon ...

This method is based on the science of high temperatures that affect the chemistry of stubborn plastic particles in tap water ...

Researchers have made a groundbreaking paste that could help create carbon-capturing concrete in new construction projects.

Integrating biology into civil engineering, biogenic construction promotes sustainable practices that address environmental ...

Scientists have discovered an innovative way to repair lunar bricks using bacteria, a breakthrough that could strengthen ...

Humanity’s plans to build homes on the Moon are no longer just dreams; they're becoming a scientific reality. Scientists are ...

The discovery of salty mineral evaporites on Ryugu indicates that watery environments may have been widespread in the early ...

A novel method for producing sand-like minerals from seawater using electricity and CO2 shows promise for sustainable ...

Notably, the KTS DLE plant achieved a lithium-to-dissolved solids ratio (Li:TDS) of up to 0.129 with an average of 0.126, 57% higher than the Li:TDS of 0.08 considered suitable for downstream ...

Plastic particles are seeping into our bodies in disturbing amounts, mainly through food and drink. Researchers from Chinese universities have discovered a straightforward and effective method to ...

Tiny fragments of microplastics are making their way deep inside our bodies in concerning quantities, significantly through ...

KOCH DLE Process achieves an average lithium recovery rate of 98%Key brine contaminants average rejection greater than 99%, ...