Direct Air Capture: A Breakthrough in Technology

Direct Air Capture (DAC) is an innovative technology designed to remove carbon dioxide (CO₂) directly from the atmosphere. Unlike traditional carbon capture systems that target emissions at their source, DAC facilities extract CO₂ already circulating in the air. Using advanced chemical processes, this captured CO₂ can be stored deep underground or repurposed into synthetic fuels, building materials, and more.

This makes DAC a powerful tool for addressing historical emissions—the accumulated CO₂ from centuries of industrial activity. By actively reducing the overall concentration of greenhouse gases, DAC has the potential to mitigate extreme weather events, slow sea-level rise, and curb biodiversity loss, helping us secure a more stable climate.

Why DAC Matters for Climate Action

Limiting global warming to 1.5°C is not enough to stop new emissions; we must also remove billions of tonnes of CO₂ from the atmosphere annually. DAC is one of the few technologies capable of achieving this on a large scale. It complements nature-based solutions like reforestation, offering a critical pathway to offset emissions from hard-to-decarbonise sectors such as aviation and heavy industry.

Investing in DAC also promotes economic growth by creating thousands of clean-tech jobs, fostering innovation, and building a sustainable market for carbon removal. As the technology advances, it could become more cost-effective and widely accessible, enabling nations worldwide to meet their net-zero goals.

Benefits of Direct Air Capture

  • DAC is vital in hitting global climate goals by removing CO₂ from the atmosphere.

  • Investing in DAC can create jobs in clean technology, spark innovation, and help the carbon capture market to grow.

  • As DAC technology evolves, it could make carbon removal a global reality that is accessible and affordable for everyone.

  • Captured CO₂ isn’t wasted—it can be recycled into synthetic fuels, concrete, and even food-grade carbon dioxide for fizzy drinks. It’s like turning pollution into progress,

  • Boosting Green Jobs: Building and operating DAC facilities could create thousands of clean-tech jobs, from engineers to technicians. Investing in DAC is also investing in a sustainable workforce.

  • Traditional methods stop new emissions, but DAC can erase 200+ years of CO₂ build-up already in the atmosphere.

1 Million Tonnes Of Removable CO₂

DAC Removes CO₂ Like a Giant Vacuum Cleaner: Imagine a machine that vacuums carbon dioxide straight from the air! With the potential to remove 1 million tonnes of CO₂ annually per large facility, DAC is helping clean up the planet.

Net-Zero By 2050

A Billion-Tonne Solution: To hit net-zero by 2050, we’ll need to remove 10 billion tonnes of CO₂ per year globally. DAC is one of the few scalable technologies that can help us reach this massive target.

$250–$600 Per Tonne Of CO₂

A Cost That’s Dropping Fast: The cost of DAC has already fallen to around $250–$600 per tonne of CO₂ and is expected to drop further with innovation. That’s a small price to pay for protecting our planet!