Sustainable Aviation
Nolinor and Natilus: Revolutionizing Aviation with BWB Technology
The aviation industry is undergoing a transformative phase, driven by the need for sustainability, efficiency, and innovation. In this context, the partnership between Nolinor Aviation and Natilus stands out as a significant development. Nolinor Aviation, a Canadian charter carrier, has recently signed an agreement to acquire multiple production slots for Natilus’s Kona blended-wing-body (BWB) regional cargo aircraft. This collaboration highlights the growing interest in BWB technology, which promises to revolutionize the aviation sector by offering enhanced aerodynamic efficiency, reduced emissions, and increased payload capacity.
Natilus, a San Diego-based aerospace manufacturer, is at the forefront of this technological shift. Founded in 2016, the company has been developing next-generation BWB aircraft that challenge the traditional tube-and-wing design. The Kona aircraft, with its unique diamond-shaped cargo bay and gravel runway capability, is particularly well-suited for Nolinor’s operations in remote and northern regions. This partnership not only underscores Nolinor’s commitment to innovation but also positions Natilus as a key player in the future of aviation.
As the aviation industry grapples with the dual challenges of sustainability and operational efficiency, the collaboration between Nolinor and Natilus offers a glimpse into the future. By leveraging cutting-edge technology, these companies are setting new standards for the industry and paving the way for a more sustainable and efficient aviation ecosystem.
The Natilus Kona is a groundbreaking aircraft designed to address some of the most pressing challenges in cargo aviation. Its blended-wing-body design offers significant advantages over traditional aircraft, including a 30% reduction in fuel consumption and a 40% increase in payload capacity. These improvements are achieved through enhanced aerodynamic efficiency, which allows the aircraft to carry more cargo while consuming less fuel. This makes the Kona an ideal choice for operators like Nolinor, who need to transport large volumes of cargo efficiently and sustainably.
One of the standout features of the Kona is its ability to operate on gravel and unpaved runways. This capability is particularly valuable for Nolinor, which often serves remote and northern regions where traditional airports are scarce. The Kona’s robust design ensures that it can handle the challenges of these environments, providing Nolinor with a versatile and reliable aircraft for its operations. This feature also opens up new possibilities for cargo transportation in underserved areas, potentially transforming the logistics landscape in these regions.
In addition to its operational advantages, the Kona’s patent-pending diamond-shaped cargo bay offers a significant increase in cargo capacity. This innovative design allows the aircraft to accommodate approximately two and a half times as much cargo as traditional aircraft, making it a highly efficient option for cargo operators. With 460 pre-orders already secured, the Kona is clearly generating strong market interest, signaling a shift towards more innovative and sustainable cargo aircraft.
“The Kona’s gravel runway capability is a perfect match for our operations, and we are eager to leverage its potential to better serve our customers across Canada and beyond.” – Marco Prud’Homme, President of Nolinor Aviation
Blended-wing-body (BWB) technology represents a significant departure from the traditional tube-and-wing design that has dominated the aviation industry for decades. By integrating the wings and fuselage into a single, seamless structure, BWB aircraft achieve greater aerodynamic efficiency, resulting in reduced fuel consumption and lower emissions. This makes BWB technology a key enabler of sustainability in aviation, addressing the industry’s urgent need to reduce its environmental impact.
Natilus is at the forefront of this technological shift, with its Kona and Horizon aircraft leading the way. The Horizon, a 200-passenger BWB aircraft, is targeted for entry into service in the early 2030s. It promises to deliver 25% less weight, 40% greater capacity, and 50% less carbon emissions compared to current narrowbody aircraft. These improvements position the Horizon as a strong contender in the passenger aircraft market, offering airlines a more efficient and sustainable option for their operations. The potential applications of BWB technology extend beyond commercial aviation. Natilus is also exploring opportunities in the defense sector, including aerial refueling and strategic airlift. The company is partnering with a leading defense tech company to bid on the US Air Force’s Next Generation Air-refueling System contract, highlighting the versatility and potential of BWB technology. As the aviation industry continues to evolve, BWB technology is poised to play a central role in shaping its future.
The partnership between Nolinor Aviation and Natilus represents a significant step forward in the aviation industry. By embracing BWB technology, these companies are addressing some of the most pressing challenges in the sector, including sustainability, efficiency, and operational versatility. The Natilus Kona, with its innovative design and gravel runway capability, is a game-changer for cargo aviation, offering operators like Nolinor a more efficient and sustainable option for their operations.
Looking ahead, the continued development of BWB technology holds immense promise for the aviation industry. As Natilus expands its portfolio with aircraft like the Horizon, the potential for more efficient and sustainable passenger and cargo transportation becomes increasingly clear. This partnership not only underscores the importance of innovation in aviation but also sets the stage for a more sustainable and efficient future for the industry.
Question: What is the significance of the Natilus Kona’s gravel runway capability? Question: How does BWB technology improve fuel efficiency? Question: What are the future applications of BWB technology? Sources: FlightGlobal, Simple Flying, Natilus, Aviation Week, CompositesWorld
Nolinor Aviation and Natilus: A Partnership Shaping the Future of Aviation
The Natilus Kona: A Game-Changer in Cargo Aviation
BWB Technology: Disrupting the Aviation Industry
Conclusion
FAQ
Answer: The Kona’s ability to operate on gravel and unpaved runways makes it particularly valuable for operators serving remote and northern regions, where traditional airports are scarce.
Answer: BWB technology integrates the wings and fuselage into a single, seamless structure, enhancing aerodynamic efficiency and reducing fuel consumption by at least 30%.
Answer: Beyond commercial aviation, BWB technology has potential applications in the defense sector, including aerial refueling and strategic airlift, as well as in the development of more efficient passenger aircraft.
Sustainable Aviation
Hawaiian and Alaska Airlines Partner for Hawaii SAF Production by 2026
Hawaiian and Alaska Airlines join Par Hawaii and Pono Energy to produce Sustainable Aviation Fuel locally with a $90M refinery upgrade, targeting 2026 deliveries.
This article is based on an official press release from Alaska Airlines and Hawaiian Airlines.
In a significant move toward energy independence and decarbonization, Hawaiian Airlines and Alaska Airlines have announced a strategic partnership with Par Hawaii and Pono Energy to establish the first local supply chain for Sustainable Aviation Fuel (SAF) in Hawaii. According to the joint announcement, the consortium aims to begin deliveries of locally produced SAF by early 2026.
The collaboration brings together the state’s largest energy provider, its primary air carriers, and local agricultural innovators. The project centers on upgrading Par Hawaii’s Kapolei refinery to process renewable feedstocks, specifically Camelina sativa, a cover crop that will be grown on fallow agricultural land across the islands. This “farm-to-flight” ecosystem is designed to reduce the aviation industry’s carbon footprint while diversifying Hawaii’s economy.
The airlines have committed to purchasing the SAF produced, providing the guaranteed demand necessary to make the project commercially viable. This agreement aligns with both carriers’ long-term goals of achieving net-zero carbon emissions by 2040.
Par Hawaii is spearheading the infrastructure development required to make local SAF a reality. According to project details summarized in the announcement and related reports, the company is investing approximately $90 million to upgrade its Kapolei refinery. This facility, the only refinery in the state, will convert a distillate hydrotreater to produce renewable fuels.
The upgraded unit will utilize HEFA (Hydroprocessed Esters and Fatty Acids) technology, a mature method for producing bio-jet fuel. Once operational, the facility is expected to have a significant output capacity.
In a joint statement, the partners emphasized the dual benefits of the initiative:
“This initiative will enable SAF production for more sustainable future flying and deliver economic benefits through the creation of a new energy sector and fuel supply chain in Hawai‘i.”
, Joint Press Statement, Alaska Airlines & Hawaiian Airlines
A critical component of this partnership is the sourcing of sustainable feedstock. Pono Energy, a subsidiary of Pono Pacific, will lead the agricultural operations. The project relies on Camelina sativa, a fast-growing, drought-tolerant oilseed crop that matures in 60 to 75 days. According to Pono Pacific, Camelina is ideal for Hawaii because it can be grown as a cover crop between other food crop rotations. This ensures that fuel production does not displace local food production. The crop helps prevent soil erosion, requires minimal water, and produces a high-protein “seedcake” byproduct that can be used as FDA-approved animal feed for local ranchers.
Chris Bennett, VP of Sustainable Energy Solutions at Pono Pacific, highlighted the circular nature of the project:
“Camelina represents a rare opportunity for Hawai‘i to build a true circular-economy model around renewable fuels.”
, Chris Bennett, Pono Pacific
The project is projected to support approximately 300 high-value manufacturing jobs at the refinery, in addition to creating new agricultural jobs for farming and harvesting. By producing fuel locally, the partnership aims to reduce Hawaii’s extreme dependence on imported fossil fuels, enhancing the state’s energy security.
The Cost and Scale Challenge
While this partnership marks a pivotal step for Hawaii, significant hurdles remain regarding cost and scale. SAF is currently estimated to be two to three times more expensive than conventional jet fuel. Without substantial subsidies or “green premiums” paid by corporate customers or passengers, this price differential poses a challenge for airlines operating in a price-sensitive leisure market like Hawaii.
Furthermore, while the projected 61 million gallons of renewable fuel is a substantial figure, it represents only a fraction of the total jet fuel consumed by commercial aviation in Hawaii. To run the refinery at full capacity, the facility will likely need to supplement local Camelina oil with imported waste oils, such as used cooking oil, until local agricultural production scales up. The success of this initiative will likely depend on the continued support of federal incentives, such as the Inflation Reduction Act, and state-level renewable fuel tax credits.
When will the new SAF be available? What is SAF? Will this project affect local food supply? Who is funding the refinery upgrade?
Hawaii Aviation Leaders Unite for Local SAF Production
Investment and Infrastructure Upgrades
The Role of Pono Energy and Camelina Sativa
Sustainable Agriculture
Economic Impact
AirPro News Analysis
Frequently Asked Questions
The partners expect the first deliveries of locally produced SAF to begin in early 2026.
Sustainable Aviation Fuel (SAF) is a liquid fuel currently used in commercial aviation which reduces CO2 emissions by up to 80%. It is produced from renewable feedstocks rather than crude oil.
No. The feedstock, Camelina sativa, is grown as a cover crop on fallow land or between food crop rotations, meaning it does not compete with food production.
Par Hawaii is leading the capital investment, estimated at $90 million, to upgrade the Kapolei refinery.
Sources
Photo Credit: Alaska Airlines
Sustainable Aviation
KLM Supports National SAF Fund to Strengthen Dutch Economy
KLM endorses the Wennink report urging a national Sustainable Aviation Fuel fund and €151-187B investment by 2035 to support Dutch economic growth.
On December 12, 2025, KLM Royal Dutch Airlines officially endorsed the findings of the newly released advisory report, “The Route to Future Prosperity” (De weg naar toekomstige welvaart). Authored by former ASML CEO Peter Wennink, the report outlines a strategic roadmap for the Dutch economy, emphasizing the need for significant investment to maintain national competitiveness.
Central to KLM’s endorsement is the report’s recommendation for the Dutch government to establish a national SAF fund. The airline argues that such a financial mechanism is critical to bridging the price gap between fossil kerosene and renewable alternatives, thereby accelerating the aviation sector’s transition to Sustainability without compromising the Netherlands’ economic standing.
Commissioned to analyze the Dutch Investments climate, the Wennink report warns that the Netherlands risks economic stagnation if it does not increase its annual growth rate to between 1.5% and 2%. According to the findings, maintaining current social standards, including healthcare, defense, and the energy transition, requires a massive capital injection.
The report estimates that an additional €151 billion to €187 billion in investment is needed by 2035 to modernize the economy. It identifies specific high-productivity sectors as essential pillars for future prosperity, including Artificial Intelligence, biotechnology, and aviation.
KLM has aligned itself with these findings, noting that a thriving business climate relies heavily on international connectivity. In its statement, the airline emphasized that the connectivity provided by Schiphol Airport is vital for Dutch trade and for attracting international headquarters to the region.
A key pillar of the aviation Strategy proposed in the report is the creation of a government-backed fund dedicated to Sustainable Aviation Fuel. Currently, SAF is significantly more expensive than traditional fossil kerosene, often three to four times the price, and suffers from limited supply availability.
KLM posits that a national fund would act as a catalyst to solve these market inefficiencies. By subsidizing the cost difference, the fund would make SAF more affordable for Airlines, ensuring they remain competitive against non-EU carriers that may not face similar sustainability mandates. Furthermore, the fund is intended to de-risk long-term investments for energy companies, encouraging the construction of domestic refineries, such as the facilities planned in Delfzijl.
“Such a fund would enable the Netherlands to accelerate the production of alternative aviation fuels and make them more affordable, thereby accelerating the sector’s sustainability.”
— KLM Royal Dutch Airlines
KLM used the release of the Wennink report to argue against unilateral national taxes or flight restrictions, which have been subjects of recent political debate in the Netherlands. The airline warns that such measures could harm the Dutch economy by reducing connectivity and driving business elsewhere.
Instead, KLM advocates for incentivizing sustainability. The airline suggests that the government must take a more active role in the energy transition rather than relying solely on industry mandates. According to the press release, “Real progress can only be achieved if government and industry work together and if the government takes a more active role.”
The endorsement of the Wennink report represents a strategic pivot for KLM, moving the conversation from “flight shaming” to economic necessity. By aligning its sustainability goals with the broader “Draghi-style” warnings about European competitiveness, KLM is positioning aviation not just as a transport sector, but as a geopolitical asset essential for the Netherlands’ survival as a trading nation.
However, this call for government funding comes amidst a complex backdrop. In 2024, KLM faced legal scrutiny regarding “greenwashing” allegations, with courts ruling that some “Fly Responsibly” advertisements painted an overly optimistic picture of SAF’s immediate impact. The push for a national fund can be interpreted as a tacit admission that the industry cannot achieve its 2030 and 2050 climate targets through market forces alone; without state intervention to lower the cost of SAF, the “green” transition remains economically unfeasible for legacy carriers.
KLM Backs Wennink Report, Calls for National SAF Fund to Secure Dutch Economic Future
The Wennink Report: A Call for Investment
The Proposal for a National SAF Fund
Strategic Competitiveness vs. Taxation
AirPro News Analysis
Frequently Asked Questions
Sources
Photo Credit: KLM
Sustainable Aviation
Airbus and SAF Hélicoptères Launch Book and Claim Model for HEMS SAF
Airbus and SAF Hélicoptères partner to use Book and Claim for Sustainable Aviation Fuel credits in Catalonia’s remote emergency medical services.
On December 10, 2025, Airbus Helicopters and the French operator SAF Hélicoptères announced a strategic partnership designed to decarbonize emergency medical services (HEMS) in Catalonia, Spain. The initiative utilizes a “Book and Claim” mechanism to supply Sustainable Aviation Fuel (SAF) credits to operations that physically cannot access the fuel, marking a significant shift in how remote aviation sectors approach environmental compliance.
The project focuses on two Airbus H145 helicopters operated by SAF Hélicoptères for the Catalan Department of Health’s Emergency Medical Services. According to the announcement, this arrangement allows the operator to reduce its carbon footprint despite the logistical impossibility of delivering physical biofuels to small, decentralized hospital helipads.
Emergency medical missions present a unique challenge for decarbonization. Unlike commercial airlines that refuel at major hubs with established infrastructure, HEMS helicopters often operate from remote bases or hospital rooftops. Transporting small quantities of SAF to these scattered locations by truck would be inefficient and could generate more carbon emissions than the biofuel saves.
To solve this, Airbus and SAF Hélicoptères have adopted the “Book and Claim” model. Under this system, the operator purchases SAF “certificates” representing the environmental benefits of the fuel. The physical fuel is then pumped into the aviation system at a central location, such as a major airport, where it is consumed by other aircraft. SAF Hélicoptères then claims the carbon reduction for its specific HEMS missions in Catalonia.
Jean-Louis Camus, Co-director of SAF Hélicoptères, explained the contractual necessity of this arrangement in the company’s statement:
“In my contract, I state that I will pay the equivalent of a portion of my helicopters’ fuel usage in exchange for a certificate.”
Airbus Helicopters is acting as the market facilitator in this pilot program. According to the release, the manufacturer purchases SAF certificates in bulk from producers and resells them to smaller operators. This approach is intended to “de-risk” the process for customers who may lack the purchasing power to negotiate large fuel contracts independently.
Julien Manhes, Head of Sustainable Aviation Fuel at Airbus, highlighted the company’s objective to democratize access to green fuels:
“For a lot of smaller operators, getting access to SAF can be challenging… Airbus can simplify and derisk the process.”
To ensure transparency and prevent “double counting”, where two different parties might claim the same environmental benefit, the initiative utilizes a registry managed by the Roundtable on Sustainable Biomaterials (RSB). This certification ensures that once the carbon reduction is claimed by the HEMS operator, it cannot be claimed by the entity physically burning the fuel at the central hub. While the “Book and Claim” model solves the immediate logistical hurdles for HEMS operators, it faces a complex regulatory landscape. As of late 2025, major frameworks like the EU Renewable Energy Directive (RED) and the ReFuelEU initiative prioritize the physical supply of fuel at mandated airports. Consequently, “Book and Claim” systems are not yet fully recognized for meeting all national compliance targets, creating a temporary regulatory gap.
Furthermore, while this system reduces Scope 3 emissions for clients like the Catalan Department of Health, the cost of SAF remains significantly higher, often 2 to 8 times that of conventional jet fuel. The willingness of public health administrations to absorb these costs signals a shift in public tenders, where environmental compliance is becoming a non-negotiable requirement for government contracts.
The deployment in Catalonia serves as a proof-of-concept for the wider industry. Juan Carlos Gomez Herrera, representing the Catalan Administration, noted that the initiative aligns with their broader public health mandate, viewing environmental responsibility as an extension of immediate medical care.
By decoupling the physical fuel from its environmental attributes, Airbus and SAF Hélicoptères are demonstrating a viable pathway for decarbonizing decentralized aviation sectors that have previously been left behind by airport-centric green policies.
Sources: Airbus
New “Book and Claim” Model Brings Sustainable Fuel to Remote Air Ambulances
Overcoming the “Last Mile” Logistics Challenge
The Role of Airbus and Certification
AirPro News Analysis: The Regulatory Gap
A Model for Future Operations
Photo Credit: Airbus
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