The EU Critical Raw
Materials Act and Graphite

The EU Critical Raw Materials Act (CRMA) entered into force in May 2024, establishing a regulatory framework for securing Europe's access to materials deemed essential for the green and digital transitions. Graphite — specifically natural graphite — is listed as both a Critical Raw Material and a Strategic Raw Material under the Act. For European manufacturers who use graphite in battery production, refractories, electronics or advanced materials, this classification has direct implications for procurement strategy, supply chain due diligence, and in some cases, regulatory reporting.

What the CRMA actually requires

The EU Critical Raw Materials Act operates primarily at the EU-level supply system rather than imposing direct obligations on individual companies. Its headline benchmark is that no single third country should supply more than 65% of the EU's annual consumption of any listed material at any processing stage. For graphite, current EU sourcing from China is estimated at approximately 85–90% of natural graphite consumption — far exceeding this target. The Act gives the EU until 2030 to work toward the 65% benchmark through a combination of domestic production incentives, trade agreements with third countries, and support for recycling capacity.

At the individual company level, the CRMA's most significant direct effect is on Strategic Projects — mining, processing and recycling projects within the EU or partner countries that receive accelerated permitting and access to financing mechanisms. For industrial buyers, the Act's more immediate relevance is indirect: it is driving the policy environment and regulatory pipeline in which graphite procurement operates. Specifically, it reinforces and amplifies two sets of requirements that do directly affect manufacturers:

• EU Battery Regulation (2023/1542) — mandatory supply chain due diligence and carbon footprint reporting for batteries containing graphite, with obligations phasing in from 2025–2027
• EU Corporate Sustainability Due Diligence Directive (CSDDD) — supply chain human rights and environmental due diligence requirements for large companies, covering critical mineral sourcing

The EU Battery Regulation — what it means for graphite sourcing

The EU Battery Regulation is more operationally significant for most manufacturers than the CRMA itself. It introduces mandatory requirements for batteries placed on the EU market, including EV batteries, industrial batteries and light means of transport batteries. The requirements most relevant to graphite procurement are:

• Carbon footprint declaration — from early 2025, EV batteries above 2 kWh must carry a carbon footprint declaration covering the lifecycle of battery materials including graphite. From 2027, batteries must meet a maximum carbon footprint threshold to receive a performance class label.
• Supply chain due diligence — from 2026, economic operators placing certain battery categories on the EU market must implement due diligence policies addressing the sourcing of listed raw materials including natural graphite. This requires documented supplier audits, risk assessments and disclosure of supply chain information.
• Battery passport — from 2027, EV batteries must carry a digital battery passport containing standardised supply chain and sustainability information, including material sourcing data.

For graphite specifically, the supply chain due diligence requirement will require manufacturers to document where their graphite originates, under what conditions it is mined and processed, and what the carbon footprint of the material is. For manufacturers currently sourcing Chinese flake graphite through intermediaries with limited supply chain visibility, meeting these requirements will be challenging. The opacity of Chinese graphite supply chains — where material from multiple mines passes through multiple processing steps before export — makes full traceability difficult to establish.

How Ceylon vein graphite addresses CRMA and Battery Regulation requirements

Ceylon vein graphite from the Ragedara mine is structurally well positioned for the compliance environment the CRMA and Battery Regulation are creating:

• Diversified source country — Sri Lanka is not China, not subject to any EU concentration risk concerns, and not listed in any current critical mineral supply risk framework as a geopolitically problematic source
• Single mine traceability — every shipment from Graphite.se originates from the Ragedara mine, with a mine-level sourcing declaration, enabling full upstream traceability to the point of extraction
• Low processing carbon footprint — underground vein mining with mechanical processing only, no chemical flotation or acid purification, produces a significantly lower carbon footprint than equivalently pure Chinese flake graphite
• Complete documentation — Certificate of Analysis (per batch), mine declaration, country of origin certificate, REACH declaration, MSDS, conflict mineral declaration, and carbon footprint data on request — matching or exceeding what the Battery Regulation requires
• No EU concentration risk contribution — by sourcing from Sri Lanka, buyers actively contribute to reducing the EU's dependence on China for graphite, aligning with the CRMA's strategic objective

The CSDDD context

The EU Corporate Sustainability Due Diligence Directive (CSDDD) requires large European companies to conduct human rights and environmental due diligence across their supply chains, including for raw material sourcing. While the CSDDD's scope and phase-in timelines have been subject to political debate, the direction of travel is clear: European manufacturers will face growing obligations to demonstrate responsible sourcing of critical materials including graphite.

Sri Lankan vein graphite mining is small-scale underground extraction, primarily in the north-western province. It does not involve the large-scale open-pit operations, significant tailings management issues or the labour conditions concerns that have attracted scrutiny in some African and Chinese graphite operations. For procurement teams developing CSDDD supplier risk assessments, Sri Lanka represents a materially lower risk origin than the dominant Chinese and African sources.

Practical steps for European procurement teams

If your organisation uses natural graphite and falls within the scope of the EU Battery Regulation or CSDDD, a practical compliance preparation process involves: first, mapping your current graphite supply chain to the point of extraction — not just your direct supplier; second, assessing the documentation your existing suppliers can provide against Battery Regulation requirements (carbon footprint data, mine-level origin, processing chemistry); third, identifying gaps and engaging with suppliers to close them; fourth, qualifying alternative sources — including Ceylon vein graphite — that offer stronger documentation and lower supply chain risk.

Qualification takes time, and the regulatory deadlines are not far away. Beginning the process of qualifying a documented, traceable, non-Chinese graphite source now — before compliance deadlines trigger urgency — is both commercially sensible and practically necessary.