As the world rapidly changes and fossil fuel costs rise, industries are exploring residues and biomass as sources for boilers,
co-firing, biogas, and biofuels. New technologies are continually emerging to efficiently convert diverse biomass
feedstocks into commercially viable biofuels, biopower, and other bioproducts.
This paradigm shift is influencing how companies adapt to climate change and sustainability objectives.
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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Matías es sociólogo y doctor en Ciencias Políticas por la Universidad de Buenos Aires y la Universidad Complutense de Madrid, respectivamente. Tiene una amplia experiencia en investigación social y de mercado, relaciones públicas y capacitación en varios países de América Latina, trabajando con Amnistía Internacional y otras organizaciones. Matías fue Director Nacional de Políticas contra la Violencia Institucional en la Secretaría de Derechos Humanos y Pluralismo Cultural de la Argentina de 2016 a 2019. Actualmente, contribuye al desarrollo de cultivos de bioenergía y bioeconomía en países en desarrollo, en línea con los 17 Objetivos de Desarrollo Sostenible.
