Direct air capture + storage
Look for: the energy source and its carbon intensity, energy demand per tonne, storage partner and injection permits, and metered capture data rather than nameplate capacity.
- High durability
- Strong MRV
- Energy-intensive
Project directory
The directory is a reference layer for partners, funders, and researchers: what each removal pathway looks like on the ground, what evidence a credible project shows, and how to get a project listed as the directory opens up.
Pathway reference
Use these as a diligence starting point when a project crosses your desk.
Look for: the energy source and its carbon intensity, energy demand per tonne, storage partner and injection permits, and metered capture data rather than nameplate capacity.
Look for: feedstock sourcing and competition, pyrolysis conditions (they drive carbon stability), application tracking, and which registry methodology the project follows.
Look for: feedstock chemistry and logistics, measurement approach for open-system weathering, and independent sampling — this is the pathway where MRV method matters most.
Look for: biomass sustainability criteria, counterfactual use of the feedstock, capture rates, and storage confirmation — the value chain has more links to verify.
Listing criteria
Listings are references, not endorsements — buyers and investors should always run their own diligence.
Get listed
Stay current
New plants, new offtakes, and new pathways surface in the daily signal first. The directory grows as the sector does.
Understand the physics
Before you take a capacity claim at face value, run the numbers: the solar CO2-removal lab turns capacity, energy demand, and cost into tonnes, land, and scale.