Puro.earth has launched Puro Issuance Plus, a new premium service designed to help large-scale suppliers bring verified carbon removals to market more frequently through the issuance of CO₂ Removal Certificates (CORCs).
The service enables more flexible, batch-based issuance cycles, allowing suppliers to shorten the time between carbon removal production and credit availability. By reducing issuance timelines, Puro Issuance Plus aims to help suppliers accelerate revenue generation, improve cash flow and enhance planning certainty, supporting greater responsiveness in a maturing carbon removal market.
Issuances under the new service remain fully dependent on completed third-party audits and verified volumes, with no changes to Puro.earth’s existing certification, verification or crediting requirements.
The launch builds on recent platform upgrades, including MyPuro 2.0 and the Puro dMRV Connect API, strengthening Puro.earth’s digital infrastructure to support scaled carbon dioxide removal.
Jan-Willem Bode, President of Puro.earth, said predictability and timing are increasingly important as the market matures, adding that the new service aligns issuance more closely with how established suppliers operate by shortening the path from production to issued CORCs and revenue.
Puro Issuance Plus is enabled by enhanced digital workflows that integrate structured data submission, audit readiness and streamlined issuance processes. By reducing friction between verification and issuance, the service aims to accelerate credit availability while maintaining high integrity standards.
The service is available to suppliers meeting defined eligibility criteria, including industrial-scale production with a minimum issuance threshold of 1,000 CORCs per audit, consistent operational and audit performance, and full compliance with Puro.earth’s quality, verification and data requirements. It is expected to be particularly relevant for suppliers seeking to optimise liquidity, improve issuance predictability and prepare for future real-time issuance models.
