Korea Charts Ambitious Roadmap for Sustainable Aviation Fuel at Airports

Government vision 2026 to 2030

The Korean ministries of transport, environment and industry have released a joint roadmap aimed at trimming projected airport emissions by ten percent by 2030. With passenger growth expected to push emissions close to thirty million tonnes, the plan focuses on operational excellence and increased use of sustainable aviation fuel SAF.

Core measures

Mandated SAF blending

From 2026, international flights departing Korea will use at least one percent SAF, rising to between three and five percent after 2030. The requirement encourages airlines to secure long term contracts, bringing production plants inside the country into commercial view.

Operational efficiencies

Changes to air traffic sequencing and gate assignment are expected to shorten taxi times, cutting fuel burn without infrastructure expansion.

Financial incentives

Recognising that SAF presently costs about three times conventional jet fuel, the government proposes partial cost sharing mechanisms and green finance packages to keep fares stable.

Domestic supply chain advantage

Building local refining capacity would create skilled jobs in port cities and reduce exposure to volatile oil markets. It also positions Korea as a supplier to neighbouring island economies.

Non-obvious insight

By capping standby time on the apron, authorities indirectly create micro windows where ground power demand peaks. Coordinating this with charging schedules for electric ground vehicles can smooth electricity loads, enabling greater integration of onsite renewables.

Industrial ripple effects

Local refiners and biotech firms are already exploring feedstocks such as municipal waste and algae. Concurrent government support for export oriented certification will let Korean produced SAF compete in regional markets, amplifying domestic scale benefits.

Conclusion

Korea has paired clear SAF targets with pragmatic operational reforms and financial support, providing a replicable template for other rapidly growing aviation hubs. The approach addresses technology, policy and economics together, paving the way for cleaner air travel without limiting connectivity.

Source – BioEnergyTimes

Cathay Group Accelerates Global SAF Adoption Through Strategic Neste Partnership

Partnership overview

Cathay Group has signed a multi year agreement with Neste that secures a steady supply of Neste MY Sustainable Aviation Fuel for operations in Europe, the United States and Asia Pacific. Blended with conventional jet fuel, the product is already powering Cathay Pacific flights departing Amsterdam and Los Angeles, while supporting Air Hong Kong cargo services from Singapore Changi. The arrangement reinforces Cathay ambition to achieve net zero emissions by 2050.

How the logistics work

SAF produced at Neste facilities is shipped to regional terminals, blended under international standards, then certified before uplift. This end to end model removes complexity for airlines and lets Cathay purchase carbon savings outright, without developing bespoke infrastructure at every airport.

Impact beyond numbers

Although initial volumes represent a small portion of overall demand, the move sends a signal to refiners and financiers that consistent offtake exists across three continents. That confidence can unlock larger batch production and lower unit costs faster than isolated national programmes. Other carriers can purchase remaining blend capacity, further multiplying environmental impact.

Non-obvious insight

Cargo operations often run higher load factors than passenger flights, meaning every tonne of SAF used by Air Hong Kong reduces more emissions per flight hour. By targeting freighter routes early, Cathay gains disproportionate climate dividends while maintaining supply chain reliability.

Next steps

Cathay is inviting corporate customers to join its Fly Greener scheme, allowing firms to purchase SAF in proportion to their travel footprints. Combined with fleet renewal and operational efficiencies, the airline expects to cut lifecycle emissions intensity by over twenty percent within this decade.

Conclusion

The Cathay Neste alliance exemplifies how coordinated procurement can speed up aviation decarbonisation well before novel aircraft technologies arrive. By demonstrating practical supply chains today, the partners are laying foundations for a wider global SAF market.

Source – Cathay Group

Brazil Positions Sustainable Aviation Fuel For Rapid Growth By 2035

Study highlights

An Energy Research Company publication within the Ten Year Energy Plan projects a decisive jump for sustainable aviation fuel in Brazil starting in 2027. Consumption could rise to zero point zero three million tonnes of oil equivalent by 2035, meeting roughly twelve percent of energy demand for passenger flights. The forecast reflects strong climate commitments under Corsia and the federal ProBioQAV programme.

Drivers behind the expansion

Policy alignment

From 2027 Brazilian carriers will begin mandatory greenhouse gas reductions for domestic operations. Clear timelines give refiners and investors stable signals to scale production.

Emerging producers

Petrobras and Acelen are already testing pathways that convert regional feedstocks into certified fuel blends. Their early work lays a foundation for future commercial plants and promotes domestic technological expertise.

Market flexibility

The energy plan anticipates that diesel B remains main transport fuel through 2035, yet it recognises diverse alternatives. Ethanol use in light vehicles will grow five point three percent annually, electrified cars will slowly climb to six percent of the fleet, and maritime operators will trial ammonia, hydrogen, and liquefied natural gas.

Insight you might miss

Because SAF volumes enter the mix as a share of overall aviation energy rather than as absolute litres, airlines can gradually adopt the fuel without radical fleet change. This proportional strategy means refineries can expand in modular phases, matching delivery schedules with airline purchasing and lowering financing risk.

Wider transport context

Brazilian freight will continue to rely on trucks, but planned rail expansions of about twenty percent and upgrades to waterways will diversify logistics options. These parallel investments support nationwide mobility and help smooth supply of biofuel feedstocks to refinery sites.

Conclusion

Coordinated policy, industrial readiness, and strategic infrastructure planning place Brazil on a credible trajectory toward cleaner flight. The forthcoming SAF market represents an opportunity for investors, farmers, and logistics providers to collaborate on a resilient low carbon aviation ecosystem.

Source – bnamericas

ReFuelEU REGULATION DOCUMENT UPDATE: List of aviation fuel suppliers (2025 reporting period)

A Quiet but Important Regulatory Signal

The updated List of Aviation Fuel Suppliers for the 2025 reporting period under ReFuelEU Aviation may appear administrative at first glance. However, it sends a clear signal about how Europes aviation fuel market is preparing for tighter sustainability accountability. The list confirms which suppliers fall within the regulatory scope and therefore carry direct reporting obligations for sustainable aviation fuel supply volumes and compliance.

Published by the European Commission, the update reflects inputs from Member States and is intended to support transparency rather than enforcement alone.

What the Updated List Tells the Industry

The most notable insight is not who is on the list, but how broad and mature the supplier coverage has become. Across nearly all EU Member States, both large energy majors and specialised aviation fuel providers are now formally recognised within the framework. This suggests that sustainable aviation fuel is no longer a niche conversation but a system level requirement.

The presence of airport linked entities, airline affiliated suppliers, and independent fuel service companies highlights a shift toward shared responsibility across the value chain. Compliance is no longer concentrated at one point but distributed across supply, blending, and delivery.

Why This Matters Beyond Compliance

For airlines and airports, this list reduces uncertainty. Knowing which suppliers are officially in scope allows for clearer contracting decisions, better reporting alignment, and more predictable compliance planning. It also creates a stronger foundation for long term sustainable aviation fuel procurement strategies rather than short term regulatory fixes.

For fuel suppliers, inclusion signals readiness. It reflects operational maturity, data capability, and alignment with evolving EU climate objectives.

A Practical Step Toward Market Stability

Regulatory clarity is often underestimated. This update quietly strengthens trust in the ReFuelEU framework by showing that implementation is progressing methodically rather than abruptly. As reporting obligations increase from 2025 onward, such groundwork will be critical in avoiding disruption while accelerating decarbonisation.

Conclusion

The 2025 aviation fuel supplier list is not just a registry. It is an early indicator of how coordinated Europes aviation transition is becoming. For stakeholders willing to look beyond the surface, it offers reassurance that sustainable aviation fuel deployment is moving from ambition to structure.

Download Document File Here: List of aviation fuel suppliers (2025 reporting period)

ReFuelEU REGULATION DOCUMENT UPDATE: List of Union airports established pursuant to Articles 2.4 and 3.1 of ReFuelEU Aviation (2026 reporting period)

A Subtle Shift in How Progress Is Measured

The updated list of Union airports in scope of ReFuelEU Aviation for the 2026 reporting period reflects a quiet but important evolution in how aviation sustainability is being operationalised across Europe. While the regulation itself remains firmly intact, the adjustment in airport coverage highlights how data-driven thresholds and traffic realities are shaping implementation pathways.

Rather than viewing changes in scope as exclusions or rollbacks, it is more useful to see them as calibration. The framework is actively aligning regulatory ambition with real world operational scale.

What the Removal of Certain Airports Tells Us

One notable change between the 2025 and 2026 reporting periods is the removal of Stockholm Bromma from the in scope airport list. This shift does not indicate reduced climate ambition. Instead, it reflects updated passenger data and evolving traffic distribution within national airport systems.

In practice, this means regulatory focus is becoming more concentrated where fuel demand and emissions impact are highest. For policymakers and industry stakeholders, this improves efficiency while maintaining environmental integrity.

Why This Is a Positive Signal for the Sector

A more targeted scope allows sustainable aviation fuel deployment to scale where it matters most. It also reduces unnecessary administrative burden for smaller airports while keeping the overall trajectory toward decarbonisation firmly on track.

For airlines, fuel suppliers, and airport operators, these refinements underline the importance of continuous monitoring rather than one time compliance. Regulatory readiness is no longer static. It is dynamic and closely linked to operational data.

Preparing for What Comes Next

The 2026 list reinforces one clear message. Sustainability regulation in aviation is maturing. Stakeholders who actively track scope changes and interpret them strategically will be better positioned to respond efficiently and credibly.

This is an opportunity to move beyond checklist compliance and toward smarter integration of sustainable fuels, reporting systems, and long term planning.

Conclusion

The ReFuelEU Aviation airport scope update for 2026 is less about who is in or out and more about how regulation is sharpening its focus. For the aviation ecosystem, this precision creates space for meaningful progress, provided stakeholders stay informed, adaptive, and proactive in translating regulatory signals into action.

Download Document File Here: List of Union airports established pursuant to Articles 2.4 and 3.1 of ReFuelEU Aviation (2026 reporting period)

ReFuelEU REGULATION DOCUMENT UPDATE: List of accepted exemptions established pursuant to Article 5.3 of the ReFuelEU Aviation Regulation

ReFuelEU Aviation Exemptions and What They Really Mean for the Sector

The ReFuelEU Aviation Regulation continues to shape how Europe accelerates the use of sustainable aviation fuels. A recent update clarifies the list of accepted exemptions established under Article 5.3, offering valuable insight into how regulators are balancing ambition with operational realities.

Rather than slowing progress, these exemptions provide a structured way to ensure compliance remains practical and effective.

Understanding the Purpose of Article 5.3

Article 5.3 allows certain exemptions where physical supply of sustainable aviation fuel is not feasible. This applies mainly to specific airports or fuel supply situations that currently lack the infrastructure or logistical readiness.

The intent is clear. The regulation maintains its long term decarbonisation goals while recognising short term constraints that could otherwise disrupt operations.

Why This Update Is a Positive Signal

The publication of an accepted exemption list brings regulatory clarity. Airlines and fuel suppliers now have greater certainty on where flexibility applies and where obligations remain firm.

This clarity reduces compliance risk, supports better planning, and encourages investments to be directed where they will have the most impact. Importantly, exemptions are defined and limited, reinforcing that they are transitional rather than permanent solutions.

What It Means for Airlines and Airports

For airlines, the update supports more accurate compliance strategies by aligning fuel sourcing plans with realistic supply conditions. Airports included in the exemption list gain time to prepare infrastructure without being sidelined from the broader sustainability transition.

This approach avoids penalising operators for constraints outside their control while keeping the overall system accountable.

A Strategic Moment for the Industry

The exemption list should be viewed as a planning tool, not a loophole. It highlights where supply chains need strengthening and where collaboration between regulators, fuel suppliers, and operators is most urgently required.

Conclusion

The accepted exemptions under Article 5.3 demonstrate that effective climate regulation can be both firm and pragmatic. By combining flexibility with transparency, ReFuelEU Aviation continues to move the sector forward while enabling a smoother transition toward sustainable fuel adoption.

Download Document File Here: List of accepted exemptions established pursuant to Article 5.3 of the ReFuelEU Aviation Regulation

CORSIA REGULATORY UPDATE: CORSIA Central Registry (CCR) Information and Data for Transparency- Part I: List of Verification Bodies Accredited in States – Dec 2025

Strengthening Trust Through Transparency in Aviation Climate Action

The latest update to the CORSIA Central Registry Information and Data for Transparency marks another important step in the evolution of international aviation climate governance. Released by ICAO in December 2025, this update reinforces the growing emphasis on credibility, consistency and trust within the Carbon Offsetting and Reduction Scheme for International.

Why the CORSIA Central Registry Matters More Than Ever

At the heart of CORSIA lies a simple but powerful principle what gets measured and verified builds confidence. The Central Registry plays a critical role by publicly listing accredited verification bodies across participating States. This transparency ensures that emissions data reported by airlines is independently assessed using globally aligned standards.

The thirteenth edition now reflects information on sixty-two verification bodies from thirty-six States showing a steady expansion of global participation. This signals that more national systems are aligning with international expectations around emissions monitoring reporting and verification.

A Quiet Signal of Market Maturity

Beyond the numbers this update offers a deeper insight. As verification capacity grows across regions the aviation sector is quietly building the institutional foundations needed for long term climate accountability. A wider geographic spread of accredited bodies reduces bottlenecks improves access for operators and supports smoother compliance as CORSIA moves deeper into its implementation phases.

It also reflects increasing confidence from States in putting their data frameworks into the public domain. That level of openness is essential for maintaining credibility not only with regulators but also with investors customers and sustainability professionals tracking real progress.

What This Means for Airlines and Stakeholders

For airlines this development reduces uncertainty. A more robust and transparent verification ecosystem means clearer expectations fewer surprises and better planning for future compliance cycles. For the wider industry it reinforces the idea that climate action in aviation is moving from policy ambition to operational reality.

Conclusion

The updated CORSIA Central Registry may appear technical at first glance, but its implications are strategic. By strengthening transparency and expanding verification capacity ICAO is laying the groundwork for trust at scale. For sustainability focused aviation stakeholders this is a reminder that durable climate action is built not only on targets but on systems that make progress visible measurable and credible.

Download Document File Here: Part I: List of Verification Bodies Accredited in States – Dec 2025

CORSIA REGULATORY UPDATE: CORSIA Aeroplane Operator to State Attributions

Overview of the Latest Update

The new edition of the Aeroplane Operator to State Attributions presents a clear and organised view of how operators are linked to their respective States. It includes updated information for six hundred and ninety aeroplane operators across one hundred and thirty five States, along with notes on cases where the latest data was not submitted. This expanded clarity strengthens the quality of information available to the aviation community.

Importance of the Update

Accurate attribution supports long term planning for airlines and State authorities. It ensures that each operator is placed within a consistent framework for reporting and future compliance. Reliable information builds confidence among regulators and technical teams who rely on precision when preparing monitoring activities. The transparent structure of this edition offers a dependable reference point for ongoing and upcoming reporting cycles.

Key Insights for Industry Professionals

The tables in the document offer a detailed list of operators and their assigned identification methods. This helps sustainability teams and operational planners who need a trustworthy source for annual assessments. Knowing the correct attribution for each operator simplifies internal coordination, supports efficient carbon related actions, and reduces risk during compliance planning.

As aviation continues to move toward stronger environmental accountability, organisations that already guide transport stakeholders can use this improved clarity to support operators taking steps toward enhanced reporting readiness. The update creates space for deeper industry alignment and more informed decision making.

Conclusion

This edition highlights a steady shift toward stronger data accuracy and more predictable reporting systems. Operators now have a more stable foundation for planning, while supporting organisations can use this strengthened dataset to guide meaningful progress in aviation sustainability.

Download Document File Here: CORSIA Aeroplane Operator to State Attributions

Norway Accelerates Zero Emission Shipping with Hydrogen and Ammonia Investments

Largest Single Package Yet

Norway has confirmed more than 120 million dollars in fresh grants through Enova to pioneer seven clean fueled bulk carriers and the nation first ammonia bunkering network. Three Kamsarmax vessels will sail on ammonia while four coastal bulkers will use liquid or compressed hydrogen. Together these ships are expected to avoid 92,000 tonnes of carbon dioxide every year, roughly equal to the annual exhaust from twenty thousand passenger cars.

How the Projects Fit Together

Funding flows to vessel owners and infrastructure developers at the same time, creating what officials call a circular innovation loop. Azane Fuel Solutions will build three refrigerated ammonia terminals able to transfer more than 100 tonnes an hour, exactly the rate needed to keep deep sea vessels on schedule. Because the bunkering sites will be operational before the first hulls are launched, shipowners gain confidence that fuel will be available from day one.

Technical Features Worth Watching

Hydrogen powered coastal bulkers will carry 17 tonnes of liquid hydrogen on board and convert it to electricity through 3.5-megawatt proton exchange membrane fuel cells.

  • Each ship also receives a 1.5 megawatt hour battery, allowing silent zero emission harbor maneuvers.
  • The ammonia fueled Kamsarmax design eliminates methane slip, a hidden climate issue for liquefied natural gas propulsion that often goes unmentioned in public debate.
  • Wind assisted devices on two smaller carriers will lower energy demand by up to ten percent, demonstrating that modern sail technology blends smoothly with electro fuels.

An insight that is easy to overlook is how Norway links separate industrial clusters. By matching western coastal terminals with Baltic and North Sea trade routes, the program indirectly supports green steel corridors being planned by European mills. In practice the vessels could travel a complete loop without crossing a single conventional fuel pump.

Conclusion

Norway is turning policy ambition into hardware, creating an export ready template that others can follow with reduced risk and quicker payback.

Source – SeaNews.co.uk

SAF Act Offers Clear Horizon for Clean Aviation Fuel

What The SAF Act Proposes

The Securing America Fuels Act introduced in the House restores the full value of the existing sustainable aviation fuel tax incentive and keeps it available through 2033. By providing eight additional years of policy certainty, the bill gives refineries, technology developers, and airlines the confidence to commit capital to large scale production runs. The measure also aligns the credit with updated life cycle carbon accounting, rewarding producers that achieve steep emission reductions rather than focusing solely on feedstock type.

Why Rural Communities Win

Farmers stand at the center of this opportunity. Additional demand for corn, soy, and waste biomass will diversify income streams and stimulate local processing investments. Logistics operators serving grain belts may see new tonnage flows as feedstock moves toward biorefineries. Crucially the Act encourages regional innovation hubs, helping rural universities and community colleges expand research and workforce training aimed at low carbon fuels.

A Less Obvious Financial Insight

Because the bill locks in credit value until 2033, project sponsors can model cash flow over a full loan term instead of the usual first few years. That financial predictability can lower borrowing costs by several percentage points, outweighing the headline value of the credit itself and making smaller plants bankable.

Alignment With Airline Climate Strategies

  • Airlines can build multiyear offtake agreements without fearing sudden policy shifts
  • Refineries gain time to optimise technology for cellulosic and power to liquid pathways
  • Airports near feedstock regions may evolve into export hubs for finished fuel

Conclusion

The SAF Act showcases bipartisan momentum behind practical climate solutions. By pairing long term incentives with rigorous carbon scoring, the proposal bridges rural economic development and aviation decarbonisation. Stakeholders who prepare business plans now are positioned to thrive as sustainable fuel demand scales across the decade.

Source – AgWired