Sequestration

Green Impact Coral-inspired technology turns atmospheric CO₂ into durable, fireproof building materials

Coral-inspired technology transforms CO₂ into strong, fireproof materials, offering a revolutionary solution for carbon-negative construction.

Green Impact Los Angeles’ trees can absorb up to 60% of daytime CO2 emissions Joshua Shavit

Green Impact A tiny amount of this powder can absorb as much CO2 as a tree Joseph Shavit

Green Impact New building materials could lock away billions of tons of CO2 Joshua Shavit

Green Impact New technology converts CO2 in chimney smoke into new products Joseph Shavit

Green Impact Could planting trees in the Arctic solve global warming? Surprising answer!Joseph Shavit

Green Impact 3D concrete printing process captures CO2 and reduces emissions Joshua Shavit

Green Impact 200 grams of this incredible powder can pull as much CO2 out of the air as a mature tree Joseph Shavit

Green Impact 3,775-year-old preserved log could revolutionize the fight against climate change Joshua Shavit

Green Impact Is it actually practical to convert captured carbon to fuel?Joshua Shavit

Discoveries Cutting-edge carbon removal plant absorbs CO2 at 99,000 times the rate of oceans Joshua Shavit

Discoveries Electrified charcoal sucks CO2 straight out of the air Joshua Shavit

Discoveries Fast-growing plant could help reduce food insecurity globally, study finds Joshua Shavit

Innovations AI could help power plants capture carbon using 36% less energy, study finds Joshua Shavit

Discoveries Groundbreaking technology locks away atmospheric CO2 into solid carbon nanofibers for long-term use Joshua Shavit

Discoveries Cutting-edge innovation captures CO2 from the air more efficiently than nature Joshua Shavit

Discoveries Plants are absorbing more human-produced CO2 than previously thought, study finds Joseph Shavit