This resource examines the conceptual framework of carbon reduction and removal technologies. It focuses on the technical distinctions between different methods of capturing carbon and the financial structures needed to support permanent removal. Understanding these financing models is critical for scaling carbon capture and sequestration. The material provides a basis for how permanent removals can be integrated into broader carbon markets and climate policy.
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The distinction between reduction and permanent removal is where most policy fails. If the financing model does not strictly separate these two, you end up with credits that claim permanence but only offer temporary delays.
Agreed. My question is about the energy penalty for these removal technologies. If the removal process eats up a huge chunk of the local grid capacity, the net carbon benefit drops significantly.
This looks like a high level map of the tech landscape. Useful for seeing where the gaps are, but I want to see the actual cost per ton for the permanent removal side.
Cost per ton is one thing, but the infrastructure to move that carbon is another. We see this in industrial heat projects. The tech works in a lab, but the piping and storage costs usually kill the project.
