Dynamic Carbon Credits (DCC) is pioneering large-scale carbon removal through a proprietary Direct Air Capture process that utilizes nature-based solutions. The company holds land rights to over 1,000,000 acres in the United States, which are dedicated to growing highly efficient, carbon-absorbing crops. These crops capture atmospheric CO₂ at a rate significantly higher than trees—up to eight times more. After harvesting, the biomass is processed to permanently sequester the captured CO₂, enabling the generation of verified carbon credits. These credits are registered and tracked via ISO-certified blockchain technology, ensuring transparency and traceability from capture to credit retirement. The system meets or exceeds EPA standards and qualifies for the IRS 45Q $180/ton incentive, further enhancing economic and environmental value. DCC’s approach addresses climate change by removing CO₂ at scale, offering a net-negative emissions solution that aligns with both corporate sustainability goals and national decarbonization targets.

The Dynamic Carbon Credits Project is designed to generate measurable and verifiable greenhouse gas (GHG) removals by deploying a combination of nature-based and engineered carbon removal activities across up to 1,000,000 acres of secured land rights in the United States. The project integrates high-biomass perennial crop cultivation, soil carbon enhancement, phytoremediation of degraded lands.

Primary project activities include:
a) High-Biomass Crop Cultivation for Carbon Sequestration
- Establishment of high-biomass, fast-growing perennial species capable of rapid CO₂ uptake.
- Harvesting of above-ground biomass for processing into long-lived carbon storage products (e.g. biochar, durable composites).
- Retention of root biomass in situ to build soil organic carbon (SOC) levels over time.
b) Phytoremediation and Land Restoration
- Utilization of plant species with deep rooting systems to remediate contaminated soils and restore degraded lands.
- Improvement of soil health, biodiversity, and water retention to enhance long-term sequestration potential.
c) Integration of Direct Air Capture (DAC) Plant and Biochar Technology
- Permanent storage of captured CO₂, CH4, and N2O via geological sequestration or incorporation into durable biochar carbon-containing materials.
d) Advanced Monitoring, Reporting, and Third-Party Verification (MRV)
- Deployment of IoT-enabled sensors to track biomass growth, soil organic carbon (SOC) changes, and DAC performance.
- Blockchain-enabled registry for transparent, immutable tracking of carbon credit issuance.
- Annual verification by accredited VVB (e.g., Enviance Services)
-ISO 14040-14044 LCA updates every 5 years
-Continuous improvement based on monitoring data
-Transparent reporting through project registry

We currently have 2,988,422 tons of credit inventory from 2019-2024. For 2025 forward credits we have capacity for 1,145,736,721.00 tons.