Powering Aviation’s Green Revolution
Terravia is building a next-generation feedstock platform for sustainable aviation fuel (SAF) in Portugal.
Our regenerative cropping approach restores degraded soil while delivering cleaner, greener air travel. Join us in pioneering carbon-smart aviation solutions at scale.
Regenerative jet fuel powered by the next wave of sustainable feedstocks
Terravia’s bio-jet fuel replaces fossil kerosene with low-carbon alternatives that are performance-equivalent yet climate-friendly.
Cleaner Skies, Greener Flights
Harnessing regenerative feedstocks, Terravia produces next-generation aviation fuel that reduces emissions and regenerates the land.
Regenerative agriculture
Rebuilding soil ecosystems through the cultivation of next-generation sustainable feedstocks.
Our Crops
Next-generation oilseed feedstocks designed for resilience and sustainability — drought-resistant, non-GMO, and rich in natural oils. Grown on marginal land with minimal inputs, they regenerate soil ecosystems while powering the transition to low-carbon aviation fuel.
Regenerate & Stabilise Soil
Camelina C453 develops a dense, binding root system that anchors topsoil and guards against wind and water erosion. By rebuilding soil structure, it helps restore degraded land and enhances long-term agricultural resilience.
Grow With Minimal Irrigation
Our crops thrive in some of the driest, most degraded landscapes — requiring little to no additional irrigation. Their low water demand transforms marginal land into productive, sustainable farmland.
Reducing Aviation’s Environmental Impact
Our regenerative crops work below the surface, binding and protecting the soil while reversing degradation. The result is stronger land, renewed ecosystems, and agriculture built for the future.
Cleaner Skies. Stronger Returns.
Scaling the Future of Flight.
Turning Degraded Land into Global Lift-Off.
Projected Global Market
Sustainable Aviation Fuel projected to reach £26B by 2030. Proven in commercial and military aviation worldwide.
Mandates Driving Demand
EU mandates require airlines to blend 6% SAF by 2030 and 70% by 2050 - a regulatory tailwind for Terravia.
Energy Balance
Every unit of fossil energy input delivers 12 units of Camelina-based biofuel energy output.
Lower Emissions
Our feedstock SAF reduces lifecycle CO₂ emissions by up to 65% compared to fossil jet fuel.
Yield per hectare
Producing two rotations annually. Restores degraded land and can be grown in 50% of Portugal's farmland.
Land Restoration
Camelina C453 thrives on marginal soils, restoring up to 80% of degraded land to productive use.
Projected revenues by year 5
Scalable production and diversified co-products combine to deliver strong, sustainable revenue growth.
Pilot Phase
Initial pilot program cost is £2m, targeting 30% IRR over 5 years through oil, meal, and straw revenues.
Alentejo Pilot Project
Phase one secures land sites from the 3,667 hectares of underutilised land in southern Portugal - scalable across the Iberian Peninsula.
Powering Terravia’s Growth
Real Media Assets brings together capital, strategic partnerships with global industry leaders, and proven execution to accelerate Terravia at scale.
From securing offtake pathways to developing high-value co-product markets, we are building the infrastructure, relationships, and momentum required to transform opportunity into a new energy ecosystem.
Beyond Jet Fuel
Our feedstocks extend far beyond fuel — enriching the soil, producing high-protein feed, and supplying valuable inputs to the bio-based economy. It’s a fully integrated model where multiple revenue streams are built alongside environmental restoration.
High-Protein Poultry Feed
Our crops produces a nutrient-rich by product that serves as high-protein poultry feed. It replaces imported soya, reducing food miles, protecting forests, and boosting local food security.
Carbon-Rich Biochar Fertilizer
The plant’s biomass can be transformed into biochar - a regenerative soil amendment rich in carbon. Biochar enriches soil organic matter, boosts fertility, and helps sequester carbon.
From Concept to Reality
De-risked growth through phased scaling, delivering sustainable aviation fuel, animal feed, and renewable energy.
From Approval to Market Activation
Establishing the commercial and regulatory pathways for scale.
Through securing approvals and building offtake relationships with global industry leaders, we are converting potential into committed demand — accelerating the transition to full-scale production.
From Field to Feed Systems
Transforming co-products into high-value nutrition.
Through ongoing feed trials and market alignment, we are proving the role of our feedstocks in sustainable protein supply — creating new revenue streams within a regenerative, circular ecosystem.
Validate Trial Sites
100 hectares of real-world validation.
Across 100 hectares of pilot fields, Terravia will validate performance in real conditions — proving yield, restoring soil, and building the evidence base for full-scale rollout.
Commercial Scale-Up
Expanding from validation to revenue-generating production.
Phase 2 marks the transition to scale — establishing a 100-hectare breeder farm and expanding to 10,000 hectares within five years. This unlocks substantial SAF production, strengthens environmental outcomes, and underpins projected revenues of €30–€50 million, dependent on market dynamics.
Grow Global Footprint
Scaling to 10,000 hectares through partner growers.
From 2028 to 2031, Terravia will expand cultivation to 10,000 hectares while launching an out-grower programme that enables regional farmers to participate in regenerative agriculture. This phase accelerates large-scale SAF production while distributing economic and environmental value across the ecosystem.
Global Exports
Lock in SAF export deals and build local refining capacity.
From 2030 onward, TerraVia will finalize sustainable aviation fuel export contracts and establish local refining and processing facilities. This phase ensures international market reach, strengthens regional supply chains, and delivers fully regenerative, low-carbon fuel at commercial scale.
