Bioenergy Crops Blog
Bioenergy Crops publications on feedstocks, energy crops, biofuels, biomethane, biochar and project development.
Latest BEC publication
Pellet supply, ethanol field trials, soybean processing and biomethane investment: BEC examines the crop, logistics and execution decisions behind the week’s developments.
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Recent analysis
Australia’s National Bioenergy Feedstock Strategy puts investment-grade supply data at the centre of the market. This analysis shows how competing uses, climate, agronomy and logistics determine which tonnes can be contracted and delivered through an adverse year.
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Explore the rest of the English archive, arranged to alternate weekly Radar editions with recent analysis.
India has strengthened the policy and offtake framework for compressed biogas. The next competitive advantage will be built upstream: in crop systems, feedstock portfolios, storage, logistics and evidence.
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Winter canola, pongamia, 45Z guidance, biomethane auctions, industrial heat and waste-to-methanol developments from 7–13 September 2026.
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One field can serve several bio-based markets, but each market buys different attributes. BEC sets out a practical crop–market framework for SAF, biomethane, biochar and industrial heat.
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SAF eligibility depends on more than fuel specification. Feedstock rules, lifecycle emissions, infrastructure and offtake determine which projects can scale.
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Seven current developments in SAF procurement, sugarcane assets, marine ethanol, biochar, biodiesel finance, brownfield SAF and biomethane certification.
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Almost 200 SAF projects are chasing scale, but only a fraction are operating or under construction. The winners will match feedstock, technology, geography, carbon evidence and finance before the refinery is built.
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Napier grass can be an excellent crop for compressed biogas projects. But CBG developers should finance constrained productivity, delivered methane cost and feedstock basin design, rather than headline biomass yields.
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Seven global developments show how feedstock data, public support, buyer commitments and physical execution shape investable bioeconomy projects.
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Regional feedstock basins connecting residues, intermediate crops, dedicated energy crops, marginal land and biomass hubs are becoming strategic infrastructure for renewable fuels, SAF and biobased industries.
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AI data centers are becoming an energy infrastructure challenge. This article explores how biomass, biomethane, heat reuse, cooling and carbon removals could support hybrid data center energy campuses.
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Seven industrial bioeconomy developments show how biomass resources become traceable supply through physical delivery, contracts, engineering, aggregation and market implementation.
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SAF production is increasing, but refinery capacity is only part of the challenge. Reliable feedstock procurement, logistics, certification and long-term supply development will determine which projects can reach commercial scale.
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Veolia’s new facility in Aragón combines organic-waste composting with the processing of agricultural and forestry biomass for fertiliser products and renewable industrial heat.
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One live forestry procurement update and five evidence-led decision files on energy forests, forestry fuels, fallow land, poplar and miscanthus — with BEC analysis and clearly labelled uncertainty.
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Camelina and carinata can add low-carbon oilseed supply for SAF, but only where rotations, farmer contracts, crushing, logistics and certification convert hectares into financeable refinery feedstock.
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Australia has millions of hectares that may suit pongamia, but bankable SAF feedstock depends on land-use fit, rainfall, logistics, farmer adoption and long-term offtake.
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Five evidence-checked developments shaping biochar, biomass residues, perennial energy crops, advanced fuels and regional biobased supply chains, with BEC's implications for feedstock investment and delivery.
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Industrial heat pumps could decarbonise existing ethanol plants faster than new fuel pathways scale, but only where electricity, heat integration and project economics work.
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Raw dairy biogas may become a distributed SAF feedstock, but only if upgrading, aggregation, carbon accounting, farm economics and offtake risk are solved together.
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Acelen’s billion-litre SAF ambition highlights a harder feedstock question: whether macaúba plantation biology, farmer adoption and oil supply can match refinery timelines.
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Rebound brings Technip Energies, Airbus, Safran and Tereos into a Dunkirk Alcohol-to-Jet project before Final Investment Decision (FID). The article examines ethanol supply, offtake and European SAF execution risk.
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The Renewable Fuel Standard creates demand through RVOs and RINs, but value reaches farmers, residue owners and processors only through approved pathways, qualifying conversion, verified fuel and contracts.
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Fast pyrolysis can convert dispersed biomass into liquid fuel, but the project risk moves from residue collection to oil quality, storage, logistics and bankable offtake.
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Indonesia’s planned B50 rollout could reshape palm oil demand, but the real test lies in productivity, supply security, renewable diesel and SAF market competition.
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Europe has enough sustainable biomass potential for advanced fuels, but bankability depends on mobilisation, logistics, infrastructure, contracts and financeable supply chains.
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Lignocellulosic intermediates may extend the HEFA infrastructure model, but only if conversion quality, logistics, refinery integration and offtake economics align.
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Beaver Lake shows why developers must resolve biomass supply, methanol markets, carbon storage, execution risk and bankability before scaling integrated projects.
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Expert advice on energy crops can save millions by improving species choice, land assessment, yield assumptions, logistics, contracts and project design from the start.
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A regenerative bioeconomy in Mallorca can connect biomass production, land restoration, circular resource use and local energy opportunities in a practical regional model.
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Biomass and wildfire reduction models can support regeneration where forest management, residue logistics, local energy use and long-term offtake are planned together.
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Energy crops can improve soil fertility in European systems when species, rotations, residue management, biodiversity and land-use context are designed carefully.
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Energy crops can increase biodiversity when perennial cover, habitat structure, flowering resources, low disturbance and landscape planning are part of the production model.
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Perennial energy crops can stimulate belowground fauna where permanent cover, root systems, organic matter and lower disturbance improve the soil environment.
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Cultivating renewable biomass can support energy security, land restoration, farmer income, biodiversity and resilient local value chains when projects are well designed.
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Marginal lands can host alternative energy crops where species selection, water limits, soil quality, yield expectations and biomass logistics are assessed realistically.
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Bioenergy crops have already met many expectations in systems where land use, productivity, soil benefits, biodiversity and long-term biomass demand are aligned.
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Regenerative agriculture can strengthen bioenergy projects when biomass production, soil health, biodiversity, carbon outcomes and farm economics are planned together.
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Improving Napiergrass harvest logistics can reduce field losses, transport costs, moisture risk and delivery delays in biomass supply chains.
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