Bioenergy with Carbon Capture and Storage Market: How Should Companies Evaluate Project Economics and Carbon Removal Potential?

The global bioenergy with carbon capture and storage (BECCS) market was valued at USD 3.74 billion in 2025 and is projected to reach USD 18.61 billion by 2035, growing at a CAGR of 17.4% from 2026 to 2035. BECCS combines energy production from biomass with carbon capture and permanent geological storage, offering a potential pathway to negative emissions. However, commercial success depends on more than capture technology: feedstock costs, transport infrastructure, storage access and dependable carbon-removal revenue all influence investment returns.

Project Economics Depend on the Entire Value Chain

BECCS projects integrate biomass procurement, energy conversion, CO₂ capture, transportation and permanent storage. Cost or performance issues at any stage can affect the economics of the entire facility.

Before committing capital, developers should evaluate:

• Feedstock security: Availability, quality, transport costs and sustainability of forestry biomass, agricultural residues or organic waste.
• Capture efficiency: Energy consumption, retrofit requirements and the volume of CO₂ that can be captured consistently.
• Storage access: Distance to suitable geological storage, pipeline or shipping availability, permitting and monitoring costs.
• Revenue certainty: Electricity, heat or biofuel sales alongside incentives and contracted carbon-removal revenues.

A project with high capture capacity may still struggle financially if biomass supplies are unreliable or permanent storage is unavailable at a competitive cost.

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Government Support Is Creating Investment Opportunities

Policy incentives are becoming an important factor in determining where BECCS projects can move from development to construction. In April 2026, the International Energy Agency reported that Finland had introduced a €90 million investment-aid scheme for industrial-scale capture of biogenic CO₂. Eligible projects must capture at least 15,000 tonnes annually, with individual projects able to receive up to €30 million, covering up to 30% of eligible costs. Supported projects must begin capture by 2030 and operate through at least 2035.

For investors, this highlights the importance of assessing incentives at the project level. Eligibility requirements, commissioning deadlines, operating obligations and local infrastructure availability should be included in financial models rather than treating government support as guaranteed revenue.

Carbon-Removal Contracts Can Determine Bankability

Carbon-removal credits can provide an additional revenue stream, but their availability does not automatically make a project investable. Developers need buyers willing to commit to sufficient volumes over periods that align with financing and operating costs.

The IEA reported in March 2026 that several planned BECCS projects were delayed or cancelled during 2025 because developers struggled to secure long-term carbon-removal offtake agreements and financing. Stockholm Exergi's BECCS project in Sweden was a notable exception, supported by substantial offtake commitments.

Companies evaluating projects should examine buyer creditworthiness, contract duration, delivery obligations, price mechanisms and the rules governing carbon-removal verification. Revenue projections should also be stress-tested against lower credit prices or delays in certification.

Infrastructure and Feedstock Risks Require Early Planning

Access to CO₂ transportation and storage remains a major constraint on deployment. A biomass plant may have suitable emissions streams for capture but lack a nearby pipeline, shipping route or permitted storage site. Permitting delays and community opposition can further extend project timelines.

Feedstock sourcing presents a separate challenge. Companies must verify that biomass is sustainably sourced and that the emissions associated with cultivation, processing and transport do not undermine the project's net carbon-removal performance.

Practical measures include:

• Securing long-term biomass supply agreements with sustainability requirements.
• Evaluating proximity to existing or planned CO₂ transport and storage networks.
• Assessing lifecycle emissions rather than relying only on the volume of CO₂ captured.
• Building contingency plans for infrastructure delays, feedstock price changes and lower-than-expected plant utilization.

Which Applications Offer the Strongest Commercial Fit?

BECCS can be integrated into biomass-based power generation, biofuel production, combined heat and power, pulp and paper operations, and waste-to-energy facilities. Existing plants may offer retrofit opportunities, while ethanol and other biofuel facilities can provide concentrated biogenic CO₂ streams that may be comparatively attractive for capture.

The most suitable application depends on the existing facility, the quality and consistency of its CO₂ stream, available storage infrastructure and the value of its primary energy product. Companies should compare the economics of retrofitting an operating asset with those of developing a dedicated BECCS facility.

Outlook

The BECCS market is positioned for significant growth, but project deployment will depend on whether technical potential translates into commercially bankable operations. Government incentives can improve project economics, while long-term carbon-removal contracts, sustainable biomass supplies and reliable CO₂ storage access can reduce investment uncertainty.

For energy companies, utilities, biofuel producers and infrastructure investors, the central decision is whether the complete project can deliver verifiable carbon removal at a competitive cost—not simply whether the capture technology works. Projects that align feedstock security, energy revenues, storage access and long-term offtake arrangements are better positioned to progress toward financial investment decisions.

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