Electrochemical carbon capture promises low-energy direct air capture (DAC), but demonstrations are often confined to small devices and short lifetimes. Here the authors report a 25-cm 2 symmetric ...

A Chinese research team has developed a new type of all-organic mixed-matrix membrane that addresses a longstanding ...

Scientists at Oregon State University have developed a material that could help factories capture carbon dioxide from their ...

The National Research and Innovation Agency (BRIN), in collaboration with PT Alam Semesta Integra, launched a pilot project ...

A new automated facility in Perth, Western Australia is designing carbon capture materials from laboratory discovery through ...

BITSH-3, developed at BITS Pilani Hyderabad, selectively captures carbon dioxide and water while detecting amines through ...

Tests show BVR-X can remove carbon dioxide from moisture-rich exhaust and be reused without losing performance.

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Oregon State University chemists have created a metal-organic framework called BVR-X that keeps capturing carbon dioxide efficiently even in the humid conditions of real industrial flue gas.

Netherlands-based direct air capture (DAC) firm Skytree has secured a €1m ($1.12m) development loan from Dutch state-backed investment firm Invest International for a planned project in Iceland. The ...

Biodiversity ecosystem services research just found ocean carbon sequestration is 22 times less studied than terrestrial ...

In the framework of today's World Habitat Day, here is an invitation to reflect on building more sustainable communities, where Mexico is moving firmly toward the energy transition and the ...