Carbon Removal Insights

The EU’s New CRCF Framework Signals a Turning Point for Permanent Carbon Removal

The European Union’s adoption of the first methodologies under the Carbon Removals and Carbon Farming (CRCF) Regulation marks a major milestone for the carbon removal sector. For the first time, the EU has introduced a formal voluntary certification framework for permanent carbon removals, including direct air carbon capture and storage (DACCS), biogenic carbon capture and storage (BioCCS), and biochar carbon removal (BCR).

The framework represents more than a technical policy update. It signals a broader transition in the carbon removal sector from early-stage innovation toward market standardisation, investment readiness, and large-scale deployment. As governments and industries move closer to Net Zero commitments, transparent and scientifically robust carbon removal systems are becoming increasingly important.

At the same time, recent findings from the State of Carbon Dioxide Removal report highlight a growing gap between current national carbon removal commitments and the levels required to meet the Paris Agreement temperature goals. Current global carbon dioxide removal capacity remains dominated by conventional approaches such as afforestation and reforestation, contributing approximately 2 GtCO2 per year. However, pathways aligned with limiting warming to well below 2°C require rapid scale up of both conventional and novel carbon removal approaches over the coming decades.

Novel approaches including biochar, BioCCS, and DACCS are expected to play an increasingly important role in addressing residual emissions from hard to abate sectors. Despite this, many national climate pledges continue to lack transparency regarding how carbon removals will be implemented, monitored, and scaled. Recent assessments of Nationally Determined Contributions (NDCs), Long Term Low Emission Development Strategies (LT LEDS), and Biennial Transparency Reports (BTRs) suggest that many countries still do not clearly distinguish between emissions reductions and carbon removals within their climate strategies. This lack of clarity presents significant challenges for both policymakers and investors. Without robust accounting frameworks, transparent monitoring systems, and clearly defined permanence requirements, carbon removal markets risk facing credibility concerns and increasing scrutiny over greenwashing and environmental integrity.

The EU CRCF framework directly addresses many of these concerns by introducing standardised methodologies for quantification, permanence assessment, leakage management, and certification governance. In particular, the inclusion of biochar carbon removal within the framework reflects growing recognition of the role that durable biomass based carbon storage may play in future climate mitigation pathways. However, scaling carbon removal responsibly requires more than certification alone. Long term deployment will depend on integrated approaches that combine robust MRV systems, lifecycle assessment, sustainable biomass sourcing, land use planning, and soil carbon management strategies. This is particularly relevant for biochar systems, where climate benefits depend strongly on feedstock selection, pyrolysis conditions, supply chain emissions, application pathways, and long term carbon stability in soils.

As carbon removal markets mature, the ability to interpret technical data, evaluate system boundaries, and assess environmental integrity will become increasingly important across both public and private sectors. Organisations developing carbon removal strategies will require not only certification-aligned methodologies, but also transparent sustainability assessments that account for carbon permanence, resource efficiency, and broader ecosystem impacts.

While rapid emissions reductions remain the highest priority for climate mitigation, the emerging “carbon removal gap” demonstrates that scalable and scientifically credible carbon removal systems will also be necessary to achieve long term climate neutrality targets. The challenge over the next decade will not simply be scaling carbon removal technologies, but ensuring they are deployed transparently, sustainably, and with measurable climate benefit.