Pilot landscapes
Track where biochar, mineralization, biomass, and direct-air-capture efforts need clearer field evidence.
Research hub
A place for methods, pilots, and serious carbon removal questions.
This page gives researchers and technical operators their own entry point, helping CO2 Dynamics feel credible to academic, laboratory, and field stakeholders instead of only commercial visitors.
Applied questions
Surface methodology, permanence, feedstock, community impact, and verification topics in a public research-friendly way.
Solar CO2 simulator
Use the new research-tool template to test solar capacity, DAC energy demand, storage fraction, cost, land, and global-scale implications.
Solar-powered removal lab
A detailed simulation page for engineering discussion.
The lab mirrors the Exorbit.space research-tool pattern: page-scoped technical styling, a large simulation viewport, scenario controls, live readouts, source anchors, and model-status notes. It explains direct air capture, CO2-to-fuel, enhanced weathering, and biochar without claiming that every pathway is automatically permanent removal.
Research focus areas
Practical themes that researchers can recognize and engage with.
- MRV simplification for emerging deployment contexts.
- Rural biomass and waste-stream opportunities with community co-benefits.
- Low-cost field instrumentation and data collection models.
- Durability narratives that survive both technical and public scrutiny.
Research-to-action path
Make it obvious how ideas move from papers and pilots toward real projects.
Observe
Capture emerging questions from field trials, policy updates, and methodology debates.
Test
Frame pilot ideas around feasibility, instrumentation, permanence, and local relevance.
Translate
Turn technical insight into investor confidence, project design, and community trust.