In medieval times, for a fee, indulgences were granted by the church to rich men to expiate their sins. Since the link ...

In 2026, carbon capture, removal, and alternative battery technologies are making the leap from pilot projects to large-scale commercial deployment. Breakthroughs in cost, policy incentives, and ...

In 2026, carbon capture has shifted from experimental trials to large-scale industrial use, driven by advances like Metal-Organic Frameworks and the Stratos direct air capture facility. While costs, ...

Denmark’s €4 billion CCS tender did not collapse but exposed the gap between political ambition and the real-world complexity, risk, and timelines of large-scale carbon capture projects. Most bidders ...

A new carbon material could make capturing CO2 far cheaper by working with low heat.

Hands holding Biochar over a bucket. (Photo by: Edwin Remsberg/VW Pics/Universal Images Group via Getty Images) 2025 will likely go down as the year carbon removal shed its Silicon Valley shine and ...

However, there was an unexpected utterance of truth from Campbell, who was the first elected leader in North America to bring ...

A cheap, scalable synthesis method could unlock millions of tonnes of forestry waste as raw material for industrial CO₂ ...

The United States is broadly considered the current world leader in carbon management, with enough installed capacity to capture over 20 million metric tons per year (Mtpa)—nearly half of the global ...

A research team at Chiba University in Japan is taking a different approach, focusing on solid carbon materials that can do ...

Matt Lee had been creating nanostructured materials for all sorts of applications at Los Alamos National Laboratory for 10 years when his friend Charles Cadieu came to him with the idea of removing ...

Researchers have turned eucalyptus tree bark, often treated as waste, into a porous carbon ...