The European Commission has formally adopted the initial certification methodologies under the Carbon Removals and Carbon Farming (CRCF) Regulation in February 2026. The framework introduces EU-wide rules for certifying permanent carbon removals, marking a shift from largely voluntary carbon markets toward a more structured regulatory system.

The methodologies currently cover three categories of permanent carbon removal activities: direct air carbon capture with storage, bioenergy with carbon capture and storage, and biochar-based carbon removal. The framework defines requirements for quantification, monitoring, permanence, liability, and sustainability safeguards, with the aim of improving consistency and environmental integrity across removal projects.

The development comes amid broader changes in international climate governance. The Greenhouse Gas Protocol has introduced its Land Sector and Removals Standard, which sets accounting rules for land-based emissions, removals, storage, and reversals in corporate greenhouse-gas inventories. In parallel, the Science Based Targets initiative (SBTi) has expanded its guidance through its Forest, Land and Agriculture (FLAG) framework and ongoing work on its Corporate Net-Zero Standard Version 2, which defines how companies may incorporate carbon removals within validated net-zero pathways.

Together, these initiatives reflect increasing alignment between regulatory certification, corporate accounting standards, and climate target-setting frameworks. They also respond to long-standing concerns over the fragmentation of voluntary carbon markets, including inconsistencies in verification approaches and varying standards of quality and permanence.

The CRCF framework is expected to influence both public and private investment decisions in carbon-removal technologies, while also shaping future infrastructure and project development across Europe. At the same time, implementation challenges remain, particularly regarding verification capacity, cost, and the scalability of high-durability removal technologies across different regions and industrial contexts.