Capturing Carbon
Extracting and Compressing Carbon Dioxide from Industrial Emissions
The process begins with capturing carbon dioxide (CO₂) from various industrial sources, such as power plants and natural gas facilities. Using advanced filtration and separation technologies, CO₂ is isolated from other gases and impurities. Once separated, the CO₂ is compressed into a highly concentrated form, preparing it for safe transport and efficient storage.
Transporting Carbon Safely
Securely Moving Compressed CO₂ to Designated Storage Locations
After capture, the compressed CO₂ is transported to storage sites designed specifically for long-term sequestration. Secure pipelines are used to move the carbon, depending on the distance and infrastructure available. Throughout this journey, strict safety protocols and environmental standards are used to minimize any risks and ensure the CO₂ remains contained.
Sequestering Carbon Underground
Injecting and Storing Carbon Deep within Geological Formations
At the storage site, CO₂ is injected deep underground into porous rock formations, such as depleted oil and gas reservoirs or saline aquifers. These formations are located thousands of feet beneath the surface, beneath layers of impermeable rock that act as natural barriers to prevent any upward migration. This process ensures that the CO₂ remains securely stored, effectively reducing its presence in the atmosphere and contributing to climate change mitigation for generations to come.
