Drax's ANDRITZ Deal Exposes BECCS's Hidden Challenge

While direct air capture dominates headlines, a quieter crisis is unfolding in the bioenergy with carbon capture and storage (BECCS) space. Sourcing enough biomass feedstock to power these projects at scale is becoming the industry's most pressing bottleneck. A new multi-year supply agreement between Drax and ANDRITZ highlights just how critical supply chain reliability has become.

The deal, announced in January 2025, positions ANDRITZ as the sole supplier of wear parts for Drax's biomass pellet production facilities across North America through September 2029. It may sound like routine procurement, but it signals something bigger: BECCS developers are locking down their supply chains years in advance to avoid costly disruptions.

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Why Biomass Supply Chains Matter Now

BECCS technology relies on a steady flow of wood pellets and organic feedstock to generate energy while capturing carbon. Unlike direct air capture, which pulls CO2 directly from the atmosphere, BECCS requires massive volumes of physical material, from harvesting and processing to transportation and storage. Each step introduces potential failure points.

The International Energy Agency has identified BECCS as essential for meeting global decarbonization targets by 2050. Yet according to the IEA's CCUS database, current operational BECCS capacity captures only around 2 million tonnes of CO2 annually, a fraction of what climate models require.

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The Supply Chain Challenges BECCS Must Overcome

According to research from the Energy Futures Initiative, the United States currently consumes approximately 360 million dry metric tonnes of plant-derived feedstocks annually for bioenergy. Scaling BECCS to climate-relevant levels would require doubling or tripling that volume.

The hurdles are significant:

1. Geographic dispersion: Biomass sources are rarely co-located with conversion facilities or carbon storage sites
2. Processing infrastructure: Pre-processing depots and flexible supply chains are not yet mature
3. Quality consistency: Feedstock variability in moisture, particle size, and ash content creates operational challenges
4. Logistics complexity: Transportation of bulky, low-density biomass adds cost and emissions

Drax's Broader Play in Carbon Removal

The ANDRITZ partnership fits into Drax's larger ambitions. The company is progressing options for carbon removal using BECCS technology both in the UK and globally. In 2024, Drax launched Elimini, a US-based subsidiary focused on delivering carbon removals at megaton scale.

Drax has also reached heads of terms with Pathway Energy for what could become its largest third-party biomass supply deal. That agreement would see Drax supply over 1 million tonnes of sustainable pellets annually for a proposed sustainable aviation fuel plant on the US Gulf Coast.

BECCS vs. DAC Comparison	BECCS	Direct Air Capture
Primary Input	Biomass feedstock	Ambient air
Energy Output	Yes, generates power	No, requires energy
Supply Chain Complexity	High	Lower
Current Global Capacity	~2 Mt CO2/year	~10,000 tonnes/year

A Foundation for What Comes Next

The USDA released a comprehensive plan in March 2024 titled "Building a Resilient Biomass Supply," identifying bottlenecks in getting feedstock to market at scale. The report called for improved logistics, materials handling technology, and farmer incentives to close the gap between available resources and industry demand.

For Drax, the ANDRITZ deal is one piece of a larger puzzle. By securing reliable equipment supply and investing in regional service infrastructure, the company is betting that operational excellence will be just as important as capture technology itself. In a sector racing to scale, the companies that master their supply chains may ultimately determine whether BECCS fulfills its climate potential.

As the carbon removal market matures, expect more announcements like this one, where the unsexy work of supply chain optimization becomes the foundation for climate-scale impact.