Technology that captures carbon emissions from power plants may finally get a breakthrough as deep-pocketed tech companies try to meet climate goals while powering the AI race. Why it matters: It ...

University of Houston researchers are developing compact carbon capture technology that could capture emissions from power ...

The cap-and-trade program is run by the California Air Resources Board and covers about 80% of California's greenhouse gas emissions as well as emissions from Quebec, creating the biggest carbon ...

Industry – from oil and gas companies to steelmakers and cement producers – is the world's largest source of carbon emissions. According to the International Energy Agency (IEA), after allocating ...

Oak Ridge National Laboratory scientist, Charles Seipp, is one of many working to find chemicals that capture carbon dioxide readily and release it with relatively ...

A new study led by researchers at The University of Manchester has provided the first plant-wide assessment of chemical ...

As AI drives unprecedented demand for electricity, University of Houston researchers are developing a compact technology ...

Last year, the world emitted more than 37 billion metric tons of carbon dioxide, setting a new record high. As a result, sucking CO2 out of the atmosphere has become an increasingly popular idea.

As AI drives unprecedented demand for electricity, University of Houston researchers are developing a compact technology ...

At its core, carbon capture refers to technologies designed to remove carbon dioxide (CO₂) from large point sources — like power plants, cement factories, or steel mills — or directly from the air.

Empa researchers are developing ultra-thin coatings designed to capture and release atmospheric CO₂ in less than one second.