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.
Australia’s Pongamia suitability estimates point to a large theoretical land base, but financeable Sustainable Aviation Fuel (SAF) feedstock depends on genetics, establishment, harvesting, oil recovery, certification and contracted supply.
Industrial heat pumps can reduce fossil process heat in existing ethanol plants. The article examines retrofit economics, electricity supply, carbon intensity and why lower-carbon ethanol matters for Alcohol-to-Jet fuel pathways.
Circularity Fuels’ reported dairy biogas-to-jet pilot raises a practical question for distributed Sustainable Aviation Fuel (SAF): whether raw biogas can be cleaned, converted, certified and operated reliably outside central plants.
Honeywell’s June 2026 role in Acelen Renewables’ Bahia project links Ecofining technology with a harder agricultural task: proving macaúba oil supply, carbon intensity and plantation-refinery sequencing at commercial scale.
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.
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.
Castlerock and Ensyn’s Millinocket project shows why fast pyrolysis appeals to forest regions: it densifies residues into liquid fuel. The analysis focuses on feedstock logistics, bio-oil quality and bankable offtake.
Indonesia’s planned B50 rollout could reduce domestic fossil-diesel demand while tightening global lipid markets. The article examines palm-oil supply, energy security, renewable diesel and Sustainable Aviation Fuel (SAF) competition.
European Commission material points to enough sustainable biomass potential for advanced fuels, but mobilisation remains the constraint. The article examines regional contracting, certification, logistics and financeable supply chains.
Topsoe and BioVeritas are linking lignocellulosic intermediates with HydroFlex fuel infrastructure. The article examines KEYTones, Hydroprocessed Esters and Fatty Acids (HEFA) limits and the challenge of residue mobilisation.
SunGas’ June 2026 decision to stop Beaver Lake Biofuels shows how biomass gasification, low-carbon methanol, carbon storage, offtake and policy support must align before a first-of-a-kind project reaches investment.
Energy-crop advice can prevent costly mistakes before land, machinery or offtake contracts are fixed. The article reviews how agronomy, logistics, yield assumptions and project design influence investment risk.
Mallorca’s regenerative bioeconomy model links native plants, biomass and higher-value products. The article examines how local feedstocks, land management and processing choices can support a more circular rural economy.
Biomass and wildfire-reduction projects can move from fuel removal to regeneration when forest management, local energy use and soil outcomes are designed together. The article reviews the practical links between risk reduction and bioenergy.
Perennial energy crops can improve soil fertility while producing biomass for energy. The article examines rooting, organic matter, erosion control and why crop choice matters for degraded or low-productivity land.
Short-rotation coppice and perennial energy crops can create habitat structure while supplying biomass. The article reviews biodiversity effects, management intensity and the balance between production and ecological function.
Perennial energy crops can stimulate belowground fauna, including in contaminated or degraded soils. The article examines why rooting depth, litter inputs, lower disturbance and long-term cover matter for soil recovery.
Renewable biomass cultivation can support energy supply, land recovery and rural income when crops fit the site. The article reviews five reasons to consider perennial and woody biomass systems on land not suited to food production.
Marginal land can host several energy-crop options, but species choice depends on soil, water, harvest logistics and market demand. The article compares practical alternatives for bioenergy projects outside prime agricultural areas.
Perennial bioenergy crops already meet several expectations for climate mitigation on marginal land. The article reviews biomass production, soil benefits, carbon storage and the conditions that make results credible.
Regenerative agriculture changes how bioenergy crops are evaluated: not only tonnes per hectare, but soil cover, biodiversity, carbon and long-term resilience. The article frames perennial crops as production systems.
Napiergrass can deliver high biomass yields, but harvest logistics often decide project economics. The article examines cutting, transport, storage and why operational design matters before scaling plantations.
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.
