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

The construction sector is one of the world's biggest polluters. It is responsible for the enormous consumption of natural ...

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

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Large quantities of carbon dioxide are released during the production of building materials. With a new process, they could ...

they formed calcium carbonate and magnesium hydroxide—both of which can sequester carbon. Right now, the researchers estimate ...

The quest for carbon-neutral concrete has become a billion-dollar endeavor – but a team of scientists from Northwestern gas gone one better.

An unassuming new material from Northwestern could help solve both problems. Composed of calcium carbonate and magnesium hydroxide in different ratios, it’s pretty simple to make – just take ...

Cow’s milk is an excellent source of calcium to keep your bones healthy, but it’s not the only way you can meet your calcium needs. High-calcium vegetables, proteins, and dairy products offer choices ...

You know to eat calcium-rich foods for optimal bone health (whomst among us haven’t drank a glass of milk every night as a child just to grow a few inches taller?), but this vital nutrient does a lot ...

Depending on the conditions, the resulting substances are flakier and more porous or denser and harder — but always primarily composed of calcium carbonate and/or magnesium hydroxide. Researchers can ...

Altogether, it leads to the formation of solid minerals like calcium carbonate and magnesium hydroxide. These minerals effectively capture and store CO2, making the resulting material carbon-negative.