Drax Group

Drax financed the coal-to-biomass transition through a combination of on-balance-sheet capital, project debt, and UK government support mechanisms including the Renewables Obligation and later the Contract for Difference scheme for biomass generation. The company acquired fuel security by purchasing pellet production assets in the United States, and its biomass units now operate under a CfD that runs through 2027, providing a predictable revenue floor while the firm advances plans for BECCS.

Bioenergy with carbon capture and storage captures the CO₂ released when biomass is combusted and stores it permanently underground, making the process carbon-negative if the biomass is sustainably sourced. Drax began piloting BECCS at its Selby plant in 2019 with C-Capture, and its current plan calls for two of its four biomass units to be retrofitted with capture technology by 2030, subject to securing a government support model. The company views BECCS as core to its post-2027 earnings profile.

Drax's primary biomass supply comes from its own pellet mills in the US South — principally Louisiana, Mississippi, and Arkansas — and from a mill in British Columbia, Canada, alongside third-party contracts in Europe and Brazil. Owning the production assets means Drax controls the cost and quality of its feedstock rather than competing in spot markets, but it also exposes the company to US South fibre-basket dynamics, export port congestion, and the reputational risk tied to forestry practices in its sourcing regions.

Cruachan pumped-storage hydro in Scotland is one of Britain's most strategically important grid-flexibility assets — it can ramp to full output in under a minute, generating 440 MW from stored water. Drax's run-of-river hydro portfolio in Scotland provides smaller-scale baseload renewable generation, while the London power-trading desk manages energy, biomass, and carbon exposure across the portfolio. The B2B electricity supply business via Opus Energy also provides customer-diversified revenue.

Drax needs a government-backed business model to proceed with BECCS at commercial scale; the UK's Department for Energy Security and Net Zero has been developing a carbon capture deployment framework that could include a CfD for carbon removals. Drax is engaged in bilateral negotiation with the government, and the outcome — expected around 2025-2026 — will determine whether the company sanctions the full £2 billion BECCS investment. Without government support, the BECCS programme likely stalls at pilot scale.

The Selby plant was engineered for coal, and converting to biomass retained the logistical demands of handling millions of tonnes of solid fuel annually — rail delivery, dome storage, milling, and combustion are mechanically similar to coal operations. This is why Drax's culture and operational cadence remain closer to an industrial engineering firm than to a typical renewables developer. The company's North American pellet operations look similar to mining subsidiaries, with owned-and-operated mills, shipping terminals, and a supply chain management ethos inherited from the coal era.

Drax provides roughly 4% of the UK's total electricity generation and is the country's largest single-site renewable generator by output, making it systemically important to UK power supply. The growing intermittency challenge from wind and solar gives dispatchable biomass additional value as a grid-flexibility tool — especially during periods of low wind — a role likely to gain policy attention as the Capacity Market evolves and further coal and nuclear plants retire through the 2020s.