Clean Tech on MSN19h
Research Unveils Solution for Large-Scale CO2 SequestrationAn innovative method using magnesium-rich silicates for CO2 removal shows promise for scalable carbon management and enhanced ...
Experts have found a way to make silicates rapidly absorb carbon, thanks to what they describe as a “new chemistry.” ...
A team at Stanford has developed a powerful yet low-energy way to trap atmospheric CO2 using heated minerals. By enhancing ...
“We envisioned a new chemistry to activate the inert [not chemically reactive] silicate minerals through a simple ion-exchange reaction,” Chen explained. Ions are atoms or groups of atoms with an ...
Tech Xplore on MSN6d
New process gets common rocks to trap carbon rapidly and cheaplyStanford University chemists have developed a practical, low-cost way to permanently remove atmospheric carbon dioxide, the ...
Stanford chemists find a practical, low-cost way to permanently remove carbon dioxide from the air—the main driver of climate ...
New Scientist on MSN6d
Clever chemistry can make rocks absorb CO2 much more quicklySpreading crushed rocks on fields can absorb CO2 from the air – now chemists have devised a way to turbocharge this process ...
IFLScience on MSN5d
Common Rocks And A Cement-Making Technique Could Transform How We Capture Carbon DioxideThe technique is pretty straightforward and potentially very cheap, but will need to be scaled up significantly to make a ...
The world’s appetite for sand is surging –and it comes at a real cost to the environment. The alternative: a paradigm shift ...
Stanford researchers developed a scalable method to permanently remove CO2 from the atmosphere using heat-activated minerals.
The principle of this method is based on a natural phenomenon: silicate weathering. These minerals, abundant on Earth, react slowly with water and CO2 to form stable carbonates. However, this reaction ...
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