#carbon capture

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#carbon-capture

Bizarre Device Sucks CO2 From Atmosphere and Turns It Back Into Fuel

SpiralWave's innovative plasma technology converts CO2 into green methanol, showcasing potential in combating the climate crisis.

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.

SpiralWave's pulsing plasma towers transform carbon dioxide into liquid fuel | TechCrunch

SpiralWave's technology efficiently converts CO2 into methanol, offering an innovative solution for carbon capture and utilization.

UC Berkeley team discovers new material to capture CO2: Here's how it works

UC Berkeley developed a new COF material that captures CO2 from air, providing innovative solutions for climate readiness.

UC Berkeley scientists make groundbreaking climate discovery

COF-999 is a groundbreaking porous material developed to capture carbon dioxide from the air, potentially mitigating climate change effects.

Exclusive: Turnover Labs is helping chemical plants to reuse their waste CO2 | TechCrunch

Capturing and storing carbon dioxide emissions from petrochemical plants is costly and complicated, prompting interest in on-site reuse of CO2.

Bizarre Device Sucks CO2 From Atmosphere and Turns It Back Into Fuel

SpiralWave's innovative plasma technology converts CO2 into green methanol, showcasing potential in combating the climate crisis.

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.

SpiralWave's pulsing plasma towers transform carbon dioxide into liquid fuel | TechCrunch

SpiralWave's technology efficiently converts CO2 into methanol, offering an innovative solution for carbon capture and utilization.

UC Berkeley team discovers new material to capture CO2: Here's how it works

UC Berkeley developed a new COF material that captures CO2 from air, providing innovative solutions for climate readiness.

UC Berkeley scientists make groundbreaking climate discovery

COF-999 is a groundbreaking porous material developed to capture carbon dioxide from the air, potentially mitigating climate change effects.

Exclusive: Turnover Labs is helping chemical plants to reuse their waste CO2 | TechCrunch

Capturing and storing carbon dioxide emissions from petrochemical plants is costly and complicated, prompting interest in on-site reuse of CO2.
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#climate change

Don't Fall for Big Oil's Carbon Capture Deceptions

Industrial carbon capture technologies are a distraction from phasing out fossil fuels and deploying more effective climate solutions.
These technologies are too small and expensive to make a significant impact on greenhouse gas emissions.

American Airlines will pay to bury 10,000 tons of CO2 underground

American Airlines has signed a deal with the Bill Gates-backed startup Graphyte to capture 10,000 tons of carbon dioxide underground.
Graphyte's technology offers a more affordable and energy-efficient approach to carbon capture compared to its competitors.
The deal with American Airlines is a significant step for Graphyte to prove the effectiveness of its carbon capture technology.

Bay Area Climate Activists Rally Against Exxon Mobil CEO's APEC Speech | KQED

Oil companies are being sued for climate-related damages.
Exxon Mobil plans to become a leading lithium producer.

How Much Can Trees Fight Climate Change? Massively, but Not Alone, Study Finds.

Restoring global forests where they occur naturally could capture a third of the carbon humans have released since the Industrial Era.
Allowing existing forests to recover to maturity could provide extra carbon storage, but there are caveats like timber and palm oil needs, carbon loss from climate change, and cutting greenhouse gas emissions is necessary.
Forests are essential for addressing climate and biodiversity crises, but the reliance on trees to solve the climate crisis is a subject of debate.

Don't Fall for Big Oil's Carbon Capture Deceptions

Industrial carbon capture technologies are a distraction from phasing out fossil fuels and deploying more effective climate solutions.
These technologies are too small and expensive to make a significant impact on greenhouse gas emissions.

American Airlines will pay to bury 10,000 tons of CO2 underground

American Airlines has signed a deal with the Bill Gates-backed startup Graphyte to capture 10,000 tons of carbon dioxide underground.
Graphyte's technology offers a more affordable and energy-efficient approach to carbon capture compared to its competitors.
The deal with American Airlines is a significant step for Graphyte to prove the effectiveness of its carbon capture technology.

Bay Area Climate Activists Rally Against Exxon Mobil CEO's APEC Speech | KQED

Oil companies are being sued for climate-related damages.
Exxon Mobil plans to become a leading lithium producer.

How Much Can Trees Fight Climate Change? Massively, but Not Alone, Study Finds.

Restoring global forests where they occur naturally could capture a third of the carbon humans have released since the Industrial Era.
Allowing existing forests to recover to maturity could provide extra carbon storage, but there are caveats like timber and palm oil needs, carbon loss from climate change, and cutting greenhouse gas emissions is necessary.
Forests are essential for addressing climate and biodiversity crises, but the reliance on trees to solve the climate crisis is a subject of debate.
moreclimate change

Capturing Cop28 chief's oil firm emissions would take centuries study

The oil company of the Cop28 president would take hundreds of years to remove its own emissions using carbon capture technology.
Carbon capture is being promoted as a solution to the climate crisis, but analysis shows it would take the company 343 years to capture all its CO2 emissions for the next six years.
Activists are concerned that the Cop28 president will focus on technical solutions instead of reducing fossil fuel production and emissions.
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