Bioenergy with carbon capture and storage (BECCS) combines the use of biomass-based energy with carbon dioxide capture and long-term storage. The approach is receiving increasing attention as European energy systems pursue lower emissions while developing technologies capable of removing biogenic carbon dioxide from the atmosphere. Belgium’s established bioenergy activity provides a relevant context for examining the development of this emerging carbon-management segment.
According to a market assessment by Markntel Advisor, the Belgium Bioenergy with Carbon Capture and Storage (BECCS) Market is valued at USD 9.12 billion in 2026 and is projected to reach USD 40.12 billion by 2032, registering a CAGR of 28.01% during 2026–2032. The study uses 2025 as the base year and identifies Solid Biomass Combustion and Conversion as the leading segment by bioenergy. Belgium BECCS market growth forecast
Bioenergy Provides the Foundation for BECCS
BECCS depends on a bioenergy pathway capable of generating a concentrated stream of biogenic carbon dioxide that can subsequently be captured and stored. This can involve solid biomass combustion and conversion, biogas and biomethane production, liquid biofuels, or other biomass-based processes. Belgium already has measurable electricity generation from solid biofuels and biogas, indicating an existing bioenergy base that can support further technology development.
Solid Biomass Has a Significant Role
Solid biomass combustion can generate electricity and heat while producing carbon dioxide that may be suitable for capture. The market study identifies this pathway as the leading bioenergy segment, reflecting its relevance within the Belgian BECCS landscape. In practical terms, integrating capture equipment with biomass-based energy facilities requires consideration of combustion conditions, gas treatment, energy efficiency, carbon transport, and the availability of suitable permanent storage.
EU Carbon-Removal Frameworks Are Developing
The regulatory environment surrounding biogenic carbon removal is also becoming more structured. The European Commission now recognizes BioCCS, or biogenic emissions capture with carbon storage, within its methodologies for permanent carbon removals under the Carbon Removal Certification Framework. The framework establishes requirements concerning carbon accounting, monitoring, reporting, long-term storage, and sustainability.
Carbon Capture Requires Supporting Infrastructure
Capturing carbon dioxide is only one part of the BECCS value chain. Captured CO₂ must generally be conditioned, transported, and placed into storage that can provide long-term containment. The International Energy Agency has highlighted that insufficient CO₂ storage availability can constrain the deployment of carbon-removal technologies such as BECCS. Consequently, transport networks, storage development, monitoring systems, and regulatory arrangements are important alongside capture facilities. CO₂ storage infrastructure considerations
Belgium’s Bioenergy Base Creates Relevant Opportunities
Belgium’s energy statistics show that solid biofuels and biogas already contribute to electricity generation. Statbel reports 1,749 GWh from solid biofuels and 1,283 GWh from biogas in the referenced electricity-generation dataset. These figures do not represent BECCS capacity, but they demonstrate the presence of biomass-based energy activity that could be relevant when assessing future integration of carbon-capture technologies.
Biomass Sustainability Remains Important
The climate benefits of BECCS depend partly on the sustainability and lifecycle emissions of the biomass feedstock. Biomass sourcing, transportation, land-use effects, processing requirements, and alternative uses can influence the overall carbon balance. The European Commission maintains sustainability and greenhouse-gas-emissions criteria for biomass under the Renewable Energy Directive, making feedstock eligibility and lifecycle performance important considerations for future projects.
Industrial Carbon Management Expands the Market Context
BECCS also fits into Europe’s broader industrial carbon-management strategy, which covers carbon capture, transport, utilization, storage, and atmospheric carbon removal. The European Commission notes that carbon-management technologies can address emissions that are difficult or costly to eliminate through conventional measures. The EU has also established a 2030 target for annual CO₂ injection capacity, creating a wider infrastructure and policy context for carbon-storage technologies.
Challenges Across Technology and Economics
Commercial deployment still involves technical and economic challenges. Capture systems can require substantial energy and capital, while the availability of sustainable biomass and suitable CO₂ transport and storage infrastructure can affect project feasibility. Monitoring and verification are also necessary to demonstrate the permanence and environmental integrity of carbon removals. These considerations mean that BECCS development requires coordination across energy producers, infrastructure operators, regulators, and carbon-management stakeholders.
Outlook
Belgium’s BECCS market is developing at the intersection of bioenergy expansion, carbon-removal policy, and industrial carbon management. Solid biomass combustion and conversion provide an important foundation, while biogas, biomethane, biofuels, CO₂ transport, and permanent storage can broaden the potential value chain. Continued progress will depend on sustainable feedstock availability, appropriate infrastructure, regulatory clarity, and the ability to demonstrate credible long-term carbon-removal outcomes.
