Direct Air Capture with Carbon Storage Carbon Credits
Direct Air Capture (DAC) uses engineered systems to pull CO₂ directly out of ambient air. Combined with geological storage, the captured CO₂ is injected deep underground where it mineralises or remains trapped for millennia.
DAC credits sit at the premium end of the carbon removal market: they offer among the highest permanence and the most precise measurement of any removal method, which is why many corporate net-zero programmes reserve part of their portfolio for them.
Verified Direct Air Capture with Carbon Storage projects
Removal · Vintage 2026
UK, Bolivia, USA, Georgia, Canada
Puro.Earth
Spot Credits
$XX.XX
Removal · Vintage 2026
France, Norway, UAE, Canada
Isometric, Puro.Earth, Verra, Gold Standard
Pre-issuance Credits
$XX.XX
Removal · Vintage 2027
Kenya
Puro.Earth
Pre-issuance Credits
$XX.XX
Removal · Vintage 2023
Global
Puro.Earth, Other, Mexican CAR, CSI, Isometric, Verra
Pre-issuance Credits
$XX.XX
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Compare with other project types
See how Direct Air Capture with Carbon Storage lines up against other approaches on permanence, cost, and the evidence behind each tonne.
Direct Air Capture vs Biochar
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Direct Air Capture vs Enhanced Rock Weathering
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Direct Air Capture vs Reforestation
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Direct Air Capture with Carbon Storage projects listed on Carbon Compared currently range from $250 to $700 per tonne CO₂e. The carbon credit price guide shows how that compares with other project types and what moves it.
Learn the key concepts: Permanence, Direct Air Capture (DAC) or browse the full carbon market glossary.
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Each credit = 1 tCO₂e