DAC projects are held to a high bar - we help you meet it with confidence.
Offstream gives DAC developers the rigorous, traceable, audit-ready documentation needed to generate high-quality carbon removals.
What is Direct Air Capture (DAC)?
Direct Air Capture uses sorbents, filters, or chemical reactions to remove CO₂ directly from ambient air. The captured CO₂ is compressed, transported, and permanently stored.
Challenges for DAC Developers
We know the hurdles DAC teams face:
Tradeoffs between capture efficiency, energy sources, and cost at different scales
Changing registry and standards landscape
Open questions about which MRV requirements are needed, when
Integration challenges between capture units, energy supply, and downstream storage
Limited team resources on carbon credit monetization
How Offstream Helps
Offstream delivers the platform DAC teams need to demonstrate performance and compliance with confidence.
Energy carbon intensity modeling
Compare different grid mixes and locations to see their impact on net removals
Dynamic LCA modeling for DAC
Run scenarios for different system configurations, and capture efficiencies to forecast credit yields and financial outcomes.
High-resolution MRV integration
Unify operating data, sorbent cycle data, energy inputs, CO₂ purity, and maintenance records all live in one audit-ready system.
Storage and transport traceability
Organize injection data, monitoring reports, transport evidence, and third-party operator inputs with clear chain-of-custody.
dMRV for ongoing issuance
Automate monitoring and reporting so verifiers and buyers receive clean, defensible evidence.
Why Work with Offstream
Early LCA accuracy is crucial for high-investment DAC projects. Offstream provides fast, defensible modeling across energy mixes and system designs so you can validate carbon performance and advance toward premium-value credits. This flows into seamless dMRV once your site is operational.