Can Thousands of Huge Carbon Capture Machines Save the Warming World?
A simple science project led to advancements in carbon capture technology, showing potential for mitigating climate change.
Exclusive: Aerleum plans to turn CO2 directly into fuel for cargo ships and, eventually, airplanes | TechCrunch
Sébastien Fiedorow transitioned from venture capital to founding Aerleum, focusing on improving the efficiency of direct air capture technology.
Microsoft bets a carbon removal bake-off will help offset its skyrocketing AI emissions | TechCrunch
Microsoft aims to become carbon negative by 2030 but faces challenges due to rising emissions, especially from its AI sector.
How Much Energy Would It Take to Pull Carbon Dioxide out of the Air?
Direct air capture technology won't mitigate climate change effectively due to the significant energy requirement.
Exotic Powder Pulls Carbon Dioxide from the Air at a Record Rate
U.C. Berkeley's COF-999 compound captures CO2 more efficiently, aiding in climate change mitigation.
7 ounces of this yellow powder can capture as much CO2 as a tree
COF-999 could revolutionize direct air capture by being energy-efficient, cost-effective, and durable, potentially mitigating CO2 emissions significantly.
Can Thousands of Huge Carbon Capture Machines Save the Warming World?
A simple science project led to advancements in carbon capture technology, showing potential for mitigating climate change.
Exclusive: Aerleum plans to turn CO2 directly into fuel for cargo ships and, eventually, airplanes | TechCrunch
Sébastien Fiedorow transitioned from venture capital to founding Aerleum, focusing on improving the efficiency of direct air capture technology.
Microsoft bets a carbon removal bake-off will help offset its skyrocketing AI emissions | TechCrunch
Microsoft aims to become carbon negative by 2030 but faces challenges due to rising emissions, especially from its AI sector.
How Much Energy Would It Take to Pull Carbon Dioxide out of the Air?
Direct air capture technology won't mitigate climate change effectively due to the significant energy requirement.
Exotic Powder Pulls Carbon Dioxide from the Air at a Record Rate
U.C. Berkeley's COF-999 compound captures CO2 more efficiently, aiding in climate change mitigation.
7 ounces of this yellow powder can capture as much CO2 as a tree
COF-999 could revolutionize direct air capture by being energy-efficient, cost-effective, and durable, potentially mitigating CO2 emissions significantly.