RTX's Pratt & Whitney Canada and Gulfstream successfully complete first 100% SAF transatlantic flight with G600 business jet powered by PW800 engines

Pioneering flight supports the aviation industry's goal of achieving net-zero CO2 emissions

Pratt & Whitney Canada and Gulfstream Aerospace Corp. has announced the successful completion of the first transatlantic flight using sustainable aviation fuel (SAF) with both PW815GA engines on a Gulfstream business jet. Pratt & Whitney is an RTX business.

"Collaborating with airframe manufacturers such as Gulfstream is an important part of our long-standing efforts to ensure SAF compatibility across all our engines, which have already been certified to operate with up to 50% SAF blends for more than a decade," said Anthony Rossi, vice president of Sales & Marketing at Pratt & Whitney Canada. "With this transatlantic flight, we are effectively demonstrating both engine and aircraft functionality in a fully operational setting to support future specifications for 100% SAF, which will be critical to achieving a more sustainable future of net-zero CO2 emissions for aviation in the decades ahead. Future 100% SAF operational approval will add to the versatility, reliability, and fuel efficiency of the PW815GA engine to benefit Gulfstream and our customers."

OXCCU scores £2.8 Million UK Government grant to scale sustainable aviation fuel production

OXCCU secures share of UK government investment to transform carbon dioxide into sustainable aviation fuel 

OXCCU, a leading carbon-to-value company converting carbon dioxide and hydrogen into industrial and consumer products, has won a £2.8 million grant along with the University of Sheffield Translational Energy Research Centre (TERC) and Coryton. The capital will be used to demonstrate the world’s first direct carbon dioxide (CO2) hydrogenation process, turning CO2  directly into aviation fuel range hydrocarbons, also known as sustainable aviation fuel (SAF).    

The project presents a novel approach to SAF production, directly converting CO2  and hydrogen (H2) to hydrocarbons - essentially creating jet fuel from thin air. OXCCU technology means that this traditionally multi-step process has been simplified to just a single step. A truly British innovation, the reactor will be located at the TERC and fed with biogenic CO2  captured from biomass combustion and H2  produced on site from electrolysis using green electricity. The fuel is then blended via Coryton to produce a fuel of Jet A-1 specification. 

As part of its aim to cement the UK’s status as a world leader in SAF, last month the UK Government announced new measures to support the industry, with a revenue certainty scheme to boost uptake and help create jobs. The Government has committed to having at least five commercial SAF plants under construction in the UK by 2025, viewing low or zero emission technologies as key to sustainability and net zero targets. 

Aviation still needs hydrocarbons but to achieve net zero, they need to be created without the use of fossil fuels. Traditional biofuels have well-known issues with scale due to limited feedstocks. In contrast, e-fuels or synthetic fuels based on CO2 have enormous potential to scale with fewer feedstock constraints but face challenges due to cost. OXCCU's patented technology consolidates the traditional e-hydrocarbons production process from two-steps, Reverse Water Gas Shift (RWGS) then Fischer-Tropsch, to a one-step direct hydrogenation process. This offers a radically cost-effective solution and opens up intriguing opportunities for the future of commercial aviation.

OXCCU CEO Andrew Symes said: “We’re proud to be part of the UK’s journey to cement itself as a leader in clean aviation and to help scale world-first technologies in sustainable aviation fuel. This new investment from the AFF will be a welcome contribution to our efforts to help the industry meet the high targets it has set.”

Available to customers as OXEFUEL, OXCCU’s sustainable aviation fuel is created by combining captured carbon dioxide and renewably-sourced green hydrogen through a novel iron-based catalyst, resulting in a more cost-effective and decarbonized alternative to fossil-based Jet A fuel for commercial airlines. Modelling completed by independent researchers from Imperial College London, through Imperial Consultants, has shown OXCCU’s one-step process significantly reduces SAF cost due to higher selectivity yield in the jet fuel range and a 50% lower capital cost.  

Creating jet fuel from thin air........

OXCCU secures share of UK government investment to transform carbon dioxide into sustainable aviation fuel 

OXCCU, a leading carbon-to-value company converting carbon dioxide and hydrogen into industrial and consumer products, has won a £2.8 million grant along with the University of Sheffield Translational Energy Research Centre (TERC) and Coryton. The capital will be used to demonstrate the world’s first direct carbon dioxide (CO2) hydrogenation process, turning CO2  directly into aviation fuel range hydrocarbons, also known as sustainable aviation fuel (SAF).    

The project presents a novel approach to SAF production, directly converting CO2  and hydrogen (H2) to hydrocarbons - essentially creating jet fuel from thin air. OXCCU technology means that this traditionally multi-step process has been simplified to just a single step. A truly British innovation, the reactor will be located at the TERC and fed with biogenic CO2  captured from biomass combustion and H2  produced on site from electrolysis using green electricity. The fuel is then blended via Coryton to produce a fuel of Jet A-1 specification. 

As part of its aim to cement the UK’s status as a world leader in SAF, last month the UK Government announced new measures to support the industry, with a revenue certainty scheme to boost uptake and help create jobs. The Government has committed to having at least five commercial SAF plants under construction in the UK by 2025, viewing low or zero emission technologies as key to sustainability and net zero targets. 

Aviation still needs hydrocarbons but to achieve net zero, they need to be created without the use of fossil fuels. Traditional biofuels have well-known issues with scale due to limited feedstocks. In contrast, e-fuels or synthetic fuels based on CO2 have enormous potential to scale with fewer feedstock constraints but face challenges due to cost. OXCCU's patented technology consolidates the traditional e-hydrocarbons production process from two-steps, Reverse Water Gas Shift (RWGS) then Fischer-Tropsch, to a one-step direct hydrogenation process. This offers a radically cost-effective solution and opens up intriguing opportunities for the future of commercial aviation.

OXCCU CEO Andrew Symes said: “We’re proud to be part of the UK’s journey to cement itself as a leader in clean aviation and to help scale world-first technologies in sustainable aviation fuel. This new investment from the AFF will be a welcome contribution to our efforts to help the industry meet the high targets it has set.”

Available to customers as OXEFUEL, OXCCU’s sustainable aviation fuel is created by combining captured carbon dioxide and renewably-sourced green hydrogen through a novel iron-based catalyst, resulting in a more cost-effective and decarbonized alternative to fossil-based Jet A fuel for commercial airlines. Modelling completed by independent researchers from Imperial College London, through Imperial Consultants, has shown OXCCU’s one-step process significantly reduces SAF cost due to higher selectivity yield in the jet fuel range and a 50% lower capital cost.  

RTX's Pratt & Whitney Canada and Gulfstream successfully complete first 100% SAF transatlantic flight with G600 business jet powered by PW800 engines

Pioneering flight supports the aviation industry's goal of achieving net-zero CO2 emissions

Pratt & Whitney Canada and Gulfstream Aerospace Corp. has announced the successful completion of the first transatlantic flight using sustainable aviation fuel (SAF) with both PW815GA engines on a Gulfstream business jet. Pratt & Whitney is an RTX business.

"Collaborating with airframe manufacturers such as Gulfstream is an important part of our long-standing efforts to ensure SAF compatibility across all our engines, which have already been certified to operate with up to 50% SAF blends for more than a decade," said Anthony Rossi, vice president of Sales & Marketing at Pratt & Whitney Canada. "With this transatlantic flight, we are effectively demonstrating both engine and aircraft functionality in a fully operational setting to support future specifications for 100% SAF, which will be critical to achieving a more sustainable future of net-zero CO2 emissions for aviation in the decades ahead. Future 100% SAF operational approval will add to the versatility, reliability, and fuel efficiency of the PW815GA engine to benefit Gulfstream and our customers."

HydrogenPro Partner, DG Fuels announces strategic cooperation with Air France- KLM

HydrogenPro's collaborative partner, DG Fuels, recently announced the strategic cooperation with Air France – KLM. The latter has made an investment in DG Fuels "to support the completion of the development work necessary to reach the Final Investment decision".

HydrogenPro's collaborative partner, DG Fuels, announced on Friday, November 10th, the strategic cooperation with Air France – KLM. The latter has made an investment in DG Fuels "to support the completion of the development work necessary to reach the Final Investment decision". The group has invested USD 4.7 million in the SAF (Sustainable Aviation Fuel) producer. HydrogenPro has been contracted as the supplier of electrolyzers for the plant in a potential 500 million USD deal, excluding life cycle services.

In addition to the investment Air France-KLM «acquired an option to purchase up to 25 million gallons / 75 000 tons of SAF annually over a multi-year period beginning in 2029. This option comes in addition to the long-term offtake contract announced by Air France-KLM and DG Fuels last year.

Compared to conventional fuel, the use of SAF can reduce emissions by an average of 80% and is considered more energy-efficient, providing airlines with operational advantages in addition to environmental benefits.

Norwegian to buy enough fossil-free aviation fuel to fly 100 flights between Aalborg and Copenhagen

Norwegian is to purchase fossil-free aviation fuel to power the equivalent of 100 flights between Aalborg and Copenhagen. The initiative proves that reducing the climate footprint of Danish aviation is already possible today.

The Danish government announced its goal to have one “green domestic route” in Denmark by 2025. Norwegian, together with Aalborg Airport, are proving that operating flights with fossil-free aviation fuel, also known as SAF, on a large scale is already possible today.

Aircraft today are limited to a 50 percent blend of fossil-free fuel and conventional aviation fuel. Due to this limitation Norwegian has chosen to purchase the amount of fuel needed for the 100 flights with fossil-free fuel and to have it delivered to Aalborg Airport’s facilities. This allows Norwegian to introduce fossil-free aviation fuel on Denmark’s busiest domestic route between Aalborg and Copenhagen. The initiative is another step towards the airline’s ambition to reduce emissions by 45 per cent before 2030. Earlier this year Norwegian announced that the airline had partnered with Norsk e-Fuel to build the world’s first full-scale electro-fuel plant.

Geir Karlsen, CEO of Norwegian, took part in the opening event at Aalborg Airport this week. “There has long been a focus on how domestic aviation in Denmark can make use of more sustainable aviation fuel, both in the short and long term. Our initiative to fly the equivalent of 100 fossil-free flights within Denmark is a strong demonstration that this is possible within the existing infrastructure today. However, in order to make fossil-free flights common practice by 2025, the availability of fossil-free aviation fuel needs to increase drastically from the limited amounts of fuel available today,” says Karlsen.

Aalborg Airport will receive its inaugural delivery of fossil-free fuel from DCC & Shell Aviation Denmark*. The consumption on the 100 flights equals a total of around 140 metric tons. The use of fossil-free fuel over the next two weeks corresponds to a reductions of Norwegian’s CO2 emission by up to 80 percent on the route between Aalborg and Copenhagen. Over the course of a year, Norwegian operates approximately 2,200 flights between Aalborg and Copenhagen, consuming around 3,000 metric tons of aviation fuel. If the equivalent amount of fossil-free aviation fuel were to be introduced on all flights over a year, carbon emissions would be reduced by close to 10,000 metric tons (from a life-cycle perspective).

Aalborg Airport will receive a direct supply of fossil-free fuel for the very first time as a result of the introduction of fossil-free aviation fuel on domestic flights between Aalborg and Copenhagen.

“Aalborg Airport is pleased that Norwegian has chosen us as a partner for this initiative. Sustainable aviation fuel is the future of all aviation. As an airport, we assist with the infrastructure in this project and expect that it can contribute to Denmark's first green domestic route also being set up from Aalborg Airport in 2025," says Niels Hemmingsen, Managing Director at Aalborg Airport.

Fossil-free aviation fuel – this is how it works

Fossil-free aviation fuels are also called Sustainable Aviation Fuels (SAF). These fuels are a more sustainable alternative to fossil-based jet fuel. SAF is currently produced from bio waste and residual products, such as used cooking oil and animal fat. In the future, PtX-based SAF (Power-to-X) is expected to be able to produce significantly larger quantities, and even more sustainably, by converting electricity from solar and wind power into liquid forms of energy.

DCC & Shell Aviation Denmark are delivering approximately 140 metric tons of fossil-free fuel which is then blended with conventional jet fuel in accordance with current SAF blending rules. This delivery of fossil-free jet fuel is stored within Aalborg airport’s central fuel infrastructure and will be used by all aircraft using the airport’s fuel services.

By purchasing SAF needed for 100 flights between Aalborg and Copenhagen, the consumption of fossil fuel and thus carbon emissions are reduced. This is the most efficient way to fulfill the Danish government’s wish for a sustainable domestic aviation route.

*DCC & Shell Aviation Denmark is a Shell licensee and uses Shell trade marks under licence. The views expressed in this release or statement are made by DCC & Shell Aviation Denmark, and are not made on behalf of, nor do they necessarily reflect the views of, any company in the Shell Group of Companies.

The next big thing in sustainable aviation fuel.

There is no doubt that sustainable aviation fuel, commonly known as 'SAF; is a key ingredient in the future of the entire aviation industry. SAF are three little letters that are heavily featured in all the major airlines' sustainability, annual or ecological reports, yet there are big differences in how that fuel gets made.

Sustainable aviation fuel comes from various sources, mainly plant or animal materials including cooking oil and other non-palm waste oils from animals or plants; solid waste from homes and businesses, such as packaging, paper, textiles, and food scraps that would otherwise go into the ground at landfill sites or get burned incineration. Forestry waste, such as waste wood; and energy crops, including fast-growing plants and algae, can also be used to produce the SAF that every airline wants in order to fulfil the expectations of shareholders and customers. 

Some of the big players in this growing and somewhat lucrative industry have different methods:

Neste  - Neste is one of the largest producers of renewable diesel and SAF in the world and produces SAF by refining renewable diesel and using a hydrogenation process to convert it into SAF.

World Fuel Services /World Kinetic  -  World Energy is a major SAF player in the U.S. and has supplied SAF to some of the nation's biggest airlines including JetBlue, Delta and United. 

Alder Fuels -  Alder Fuels is developing a process to produce SAF from woody biomass.

Air bp -  Air bp has taken a portfolio approach by arranging deals with a number of third-party producers and investing in third-party production facilities.  Some of these suppliers make SAF from household waste and forestry waste. 

SkyNRG - SkyNRG is a leading supplier of SAF in Europe and has supplied SAF to airlines such as KLM Royal Dutch Airlines and Finnair. SkyNRG produces its sustainable aviation fuel using a variety of feedstocks, including used cooking oil, waste animal fat, and residual streams from the forestry industry. The company has set out to build a self-sustaining network of regional supply chains, known as ‘Direct Supply.

OXCCU’s SAF is called OXEFUEL, created by combining captured carbon dioxide and renewably sourced green hydrogen using a novel iron-based catalyst. This innovative process results in a more cost-effective and decarbonised alternative to fossil-based Jet A fuel for commercial air travel. OXEFUEL has been independently tested and verified in collaboration with Imperial College London, finding that the novel process reduces the capital cost by 50%.

Their technology not only addresses the urgent need to reduce carbon emissions in the aviation sector but also offers a commercially viable solution that aligns with the global sustainability agenda. The OXCCU process has a very low energy input and high selectivity and can be easily programmed to produce high-value jet fuel and other products

OXCCU, a spinout from Oxford University has revolutionised the process of creating sustainable, economically efficient, and scalable Jet fuel in a groundbreaking one-step process. 

Co-Founder and CEO, Andrew Symes said: "At OXCCU, we've revolutionised the process of creating sustainable jet fuel from CO2 with our one-step process. Most people making SAF from CO2 today use a two-step process, which is costly. In our one-step conversion process, CO₂ can be transformed directly into jet-fuel range hydrocarbons, resulting in OXEFUEL—a cost-effective and decarbonised alternative to fossil-based jet fuel for commercial airlines.

This is where we can make a huge dent in aviation emissions and enable future generations to fly, hence it’s crucial for airlines to direct their efforts towards transitioning to SAF, in addition to improving fuel efficiency."

Potential for €2.55 billion Sustainable Aviation Fuel (SAF) Industry in Ireland by 2050

SAF Industry could provide up to 1,000 high-skilled jobsPolicy changes needed to help accelerate the pathway for SAF production. 

A feasibility study by SkyNRG and SFS Ireland, supported by Avolon, Boeing, ORIX Aviation

Ireland has the potential to develop a sustainable aviation fuel (SAF) industry generating revenue of €2.55 billion by 2050 and providing up to 1,000 high-skilled jobs. These are the findings of a feasibility study into the production of SAF in Ireland produced by SkyNRG and SFS Ireland, in a partnership supported by Avolon, Boeing and ORIX Aviation.

 

The study - Ireland’s Sustainable Aviation Fuel Opportunity - was launched today by the Minister for Enterprise, Trade and Employment, Simon Coveney TD, and looks at the key role SAF will play in helping the aviation industry achieve its net zero goal by 2050. IATA estimates that SAF, which can be used to replace traditional jet fuel, will deliver over 60% of the contribution needed to reduce aviation emissions to reach net zero by 2050. The European Union’s ReFuelEU initiative obligates fuel suppliers to blend SAF into the fuel available at all EU airports, rising from 6% SAF by 2030, to 70% by 2050.

 

To meet EU mandated SAF volumes alone, Ireland will require approximately 10 SAF plants of 80 kilo tonnes production capacity each. This would create an Irish SAF sector generating revenue of €2.55 billion per annum and could provide up to 1,000 high-skilled jobs in direct and indirect employment. Further export opportunities could significantly increase these numbers.

 

The research finds that the biggest opportunity for Ireland lies in Power to Liquid (PtL) production of eSAF, a synthetic fuel produced by combining green hydrogen (extracted through electrolysis from water using renewable energy) with biogenic CO₂. SAF derived from bio-based intermediates like renewable natural gas has potential to scale up more rapidly to fulfill the advanced biofuels portion of the ReFuelEU mandate.

 

Significant progress is required for Ireland to be able to develop eSAF at scale, particularly to ensure there is enough excess renewable power available to produce hydrogen in the required quantities. The increased levels of offshore wind power generation that Government initiatives are targeting by 2030 will put the country in a stronger position to develop a domestic SAF industry.

 

Key policy initiatives the research recommends to be prioritised by the Government and other stakeholders include:

·         Targets: Include sustainable aviation in climate action plans to strengthen Ireland’s position as a renewable fuel aviation hub.

 

·         Incentivise: Incentivising mechanisms are crucial for a viable PtL business case to stimulate the development of both SAF and hydrogen: capital allowances, tax credits, guaranteed minimum pricing, investment incentives (e.g. via EII or SCI schemes).

 

·         Research and Development: Funding and promotion of SAF technologies leveraging Ireland’s third-level institutions and Government entities such as Enterprise Ireland, Science Foundation Ireland and SEAI.

 

·         Reforming planning process: Implement a comprehensive and systematic approach in the planning process for SAF production plants, taking into account the potential for future energy parks and circular economy development in Ireland.

 

·         Storage and transport: Invest in hydrogen storage and transport, and solving the electricity congestion issues through more flexible use / development of the grid.

 

• Collaboration: Collaboration between public and private sector is critical to mobilise the required investment. Cross-departmental Government relationships are also essential (DECC, DOT, DAFM) to ensure comprehensive policy framework.

Nabucco, revolutionary wings for sustainable aviation

Professor Bisagni was awarded an ERC Advanced Grant for the NABUCCO project.

                                              Aircraft capable of changing their shape during different flight conditions, addressing two of the most important challenges for the future of sustainable aviation: weight reduction and increased efficiency. These are the challenges of the NABUCCO research project by Professor Chiara Bisagnifrom the Department of Aerospace Science and Technology at Politecnico di Milano.

NABUCCO develops radically new concepts of adaptive composite structures, ie those capable of changing their shape, by exploiting the phenomenon of structural instability, to be applied to next-generation aircraft. In aeronautics, structural buckling is generally avoided as it can instantly generate large deformations and even cause a catastrophic collapse.

Conversely, NABUCCO no longer sees structural instability as a phenomenon to be avoided, but as a design opportunity to be explored for its revolutionary potential. The idea is to use the disadvantages of instability in a positive way to conceive, design and build composite structures - and in particular adaptive wings. Professor Chiara Bisagni will develop new design, analysis and optimisation methods based on analytical formulations, neural network algorithms and an integrated, multidisciplinary design approach.

DHL Express and World Energy agree to global partnership to speed up aviation decarbonization

DHL Express and World Energy, a leading SAF producer and low-carbon solutions provider, have signed a long-term strategic agreement to accelerate the decarbonization of aviation logistics through the purchase of approx. 668 million liters of Sustainable Aviation Fuel via sustainable aviation fuel certificates (SAFc). The seven-year contract, to run through 2030, is the one of the longest and largest SAFc agreements in the aviation industry to date.

The agreement is expected to reduce approx. 1.7 million tonnes of carbon dioxide emissions over the aviation fuel lifecycle – this is equivalent to handling the approximately 77,000 annual aircraft movements of DHL Express in the Americas carbon neutrally for a full year. The milestone agreement is further testament to DHL Group's ambitious Sustainability Roadmap, which includes the goal to reduce the Group's annual greenhouse gas emissions to below 29 million tonnes CO2e in 2030 across scopes 1, 2 and 3.

"DHL Express is firmly dedicated to pioneering a sustainable future in aviation logistics," said John Pearson, CEO DHL Express. "By partnering with World Energy and confirming this milestone agreement, we are taking another concrete leap towards minimizing our carbon footprint and contributing to a more sustainable future. We want to inspire more suppliers to accelerate industry-wide production and adoption of SAF."

United to buy 1 billion gallons of sustainable aviation fuel ......

Cemvita Corporation announced an offtake arrangement with United Airlines for up to 1 billion gallons of sustainable aviation fuel (SAF) from Cemvita’s first full-scale SAF plant. Under the agreement, signed by Cemvita and United Airlines, Cemvita will supply United Airlines up to 50 million gallons annually for 20 years of Sustainable Aviation Fuel (SAF) made from CO2.

“Since our initial investment last year, Cemvita has made outstanding progress, including opening their new pilot plant – an important step towards producing sustainable aviation fuel,” said United Airlines Ventures President Michael Leskinen. “United is the global aviation leader in SAF production investment, but we face a real shortage of available fuel and producers. Cemvita’s technology represents a path forward for a potentially significant supply of SAF and it’s our hope that this offtake agreement for up to one billion gallons is just the beginning of our collaboration.”

Game Changing Technologies: Commercialized SAF is currently made from used cooking oil and agricultural waste. Cemvita's technology has the potential to provide more reliable feedstock production with minimal land, water, and electricity needs. Furthermore, the output of eCO2 plants has the potential to be carbon-negative and Cemvita is aiming to be cost competitive with existing crop based HEFA feedstocks and fuels, which is a crucial factor for the successful adoption of any new biomanufacturing process.

WestJet endorses widescale Canadian production of sustainable aviation fuel

Chief Executive Officer, Alexis von Hoensbroech attends 24th World Petroleum Congress and addresses opportunity for a collective effort to achieve aviation industry's net-zero target of 2050

WestJet Group Chief Executive Officer, Alexis von Hoensbroech, this week at the World Petroleum Congress in Calgary, addressed the airline's ambitions to achieve net-zero emissions by 2050 and the vital role sustainable aviation fuel (SAF) plays in the future of decarbonizing aviation. With no current technological alternative for large commercial aircraft propulsion, airline reliance on sustainable jet fuel will be foundational to the decarbonization of the aviation industry. With its abundant space to grow feedstock, a large oil and gas industry and robust federal sustainability goals, Canada holds the necessities to facilitate the large-scale production of SAF.

"Air travel is essential to Canadians and critical to the nation's economy; with the right regulatory environment and collaborative efforts of producers and airlines, Canada has an enormous opportunity to further its global leadership in energy sustainability through SAF production," said Alexis von Hoensbroech, WestJet Group Chief Executive Officer. "The time is now for a regulatory framework to create a competitive investment climate for sustainable aviation fuel production, right here in Canada, that keeps air travel affordable and accessible."

No Stone Unturned in Quest for Net Zero

The International Air Transport Association (IATA) reemphasized that every drop of fuel avoided counts in the aviation industry’s quest to achieve net zero carbon emissions by 2050 with the latest result from the IATA Fuel Efficiency Gap Analysis (FEGA). 

LOT Polish Airlines (LOT) is one of the airlines to undertake the FEGA, which identified the potential to shave its annual fuel consumption by several percent. That equates to an annual reduction by tens of thousands of tonnes of carbon from LOT’s operations.

“Every drop counts. Since its inception in 2005, FEGA has helped airlines identify cumulative savings of 15.2 million tonnes of carbon by cutting fuel consumption by 4.76 million tonnes. LOT is the latest example of an airline exploring all opportunities to achieve every incremental efficiency possible in fuel consumption. That’s good for the environment and for the bottom line,” said Marie Owens Thomsen, IATA’s Senior Vice President Sustainability and Chief Economist.

On average, FEGA has identified fuel savings of 4.4% per airline audited. If fully realized across all audited airlines, these savings, which stem primarily from flight operations and dispatch, equate to removing 3.4 million fuel-powered cars from the road. 

The FEGA team analyzed LOT’s operations against industry benchmarks in flight dispatch, ground operations, and flight operations to identify fuel savings potential. The most significant ones were identified in flight planning, emission reduction through implementation of aviation procedures and refueling operations.

United signs agreement to buy up to 1 billion gallons of sustainable aviation fuel from Cemvita

Cemvita Corporation announced an offtake arrangement with United Airlines for up to 1 billion gallons of sustainable aviation fuel (SAF) from Cemvita’s first full-scale SAF plant. Under the agreement, signed by Cemvita and United Airlines, Cemvita will supply United Airlines up to 50 million gallons annually for 20 years of Sustainable Aviation Fuel (SAF) made from CO2.

“Since our initial investment last year, Cemvita has made outstanding progress, including opening their new pilot plant – an important step towards producing sustainable aviation fuel,” said United Airlines Ventures President Michael Leskinen. “United is the global aviation leader in SAF production investment, but we face a real shortage of available fuel and producers. Cemvita’s technology represents a path forward for a potentially significant supply of SAF and it’s our hope that this offtake agreement for up to one billion gallons is just the beginning of our collaboration.”

Game Changing Technologies: Commercialized SAF is currently made from used cooking oil and agricultural waste. Cemvita's technology has the potential to provide more reliable feedstock production with minimal land, water, and electricity needs. Furthermore, the output of eCO2 plants has the potential to be carbon-negative and Cemvita is aiming to be cost competitive with existing crop based HEFA feedstocks and fuels, which is a crucial factor for the successful adoption of any new biomanufacturing process.

Airbus partners with DG Fuels to foster sustainable aviation fuel production in the United States

This partnership will support the scaling of a promising technology to produce sustainable aviation fuels from cellulosic waste and residues.

Airbus has become a strategic partner with DG Fuels, LLC (“DGF”), an emerging leader in sustainable aviation fuel (SAF).

"Sustainable aviation fuels play a crucial role in enabling aviation's decarbonisation roadmap. We are committed to supporting all efforts that contribute to making them available at scale around the globe," said Airbus CEO Guillaume Faury. "The partnership with DG Fuels supports the emergence of a new technological pathway allowing for the production of SAFs from a broader range of waste and residue sources, first in the U.S with a potential for large-scale production worldwide."

DGF’s fuel production system is based entirely on cellulosic waste products, such as wood waste from the logging industry, and renewable energy sources, such as wind and solar power.

DGF’s plant aims to have an initial production capacity of 120 million US gallons (454 million litres) of SAF per year on average, which could save approximately 1.5 million tonnes of CO2 emissions annually from 2026.

"The DGF team is excited to have finalised this SAF partnership with Airbus," commented Michael Darcy, Chairman and CEO at DG Fuels, "and we look forward to working together to accelerate the initial SAF facility in Louisiana and the subsequent scale up at various locations in the United States and beyond.”

The partnership with Airbus supports DG Fuels’ goal of launching the equity process and reaching a final investment decision (FID) on building DG Fuels’ first SAF plant in the United States. The decision would be expected by early 2024. In this context, Airbus and DGF have agreed for a portion of the production of the first plant to benefit Airbus’ customers.

United's sustainable flight fund grows to nearly $200 million and adds strategic partners....

In just five months, the United Airlines Ventures Sustainable Flight Fund SM increased in size to nearly $200 million and welcomes American Express Global Business Travel, Aramco Ventures, Aviation Capital Group, Bank of America, Boston Consulting Group, Groupe ADP, Hawaiian Airlines, and JetBlue Ventures

Fund was launched in February to rally businesses and consumers to support the supply of sustainable aviation fuel (SAF) - more than 60,000 customers have contributed

The United Airlines Ventures Sustainable Flight Fund – a way for companies and consumers to come together and increase the supply of sustainable aviation fuel (SAF) through the support of start-ups - has increased its investment power to nearly $200 million and added eight new corporate partners, five months after its initial launch.

United plane fueled with SAF.

American Express Global Business Travel, Aramco Ventures, Aviation Capital Group, Bank of America, Boston Consulting Group, Groupe ADP, Hawaiian Airlines and JetBlue Ventures, will join inaugural fund partners Air Canada, Boeing, GE Aerospace, JPMorgan Chase, and Honeywell.

United customers also have the option to contribute to supplement the airline's investment in the UAV Sustainable Flight FundSM when they book flights. Since the fund launched, more than 60,000 United customers have contributed a total of more than $200,000.

Cathay Pacific completes its first overseas refuel of Sustainable Aviation Fuel on commercial flights

Cathay Pacific is committed to increasing its use of Sustainable Aviation Fuel to achieve its net-zero carbon emissions goal

The Hong Kong-based airline Cathay Pacific is continuing to make progress towards achieving its goal of using Sustainable Aviation Fuel (SAF) for 10% of its total fuel use by 2030 by uplifting SAF onto its commercial flights for the very first time outside its Hong Kong hub.

Blended and supplied by ExxonMobil Asia Pacific Pte Ltd, this batch of SAF was refuelled at Singapore Changi Airport onto four Cathay Pacific cargo flights – CX2076 to Hong Kong on 7, 14 and 28 June, and CX2074 to Penang on 30 June. This follows the use of blended SAF uplifted at Hong Kong International Airport onto selected flights last year, and on the delivery flights for its new Airbus A350 from Europe over the past six years.

Cathay Group Chief Executive Officer Ronald Lam said: “This is an important milestone for Cathay Pacific and our ambition to achieve net-zero carbon emissions by 2050. As an international airline, we have a leading role to play in helping the aviation industry to decarbonise and we are constantly exploring solutions and advocating for extensive collaboration with many stakeholders to combat climate change.

United Airlines grows the carrier's electric battery portfolio with an investment in EPS

Electric Power Systems (EPS) modules are a technology that could be compatible with and used in support of United's future decarbonizing investments

United is targeting EPS modules for potential use in airline's current ground operations, while eyeing an all-electric flight academy in the future

This week, the U.S. mega-carrier United Airlines confirmed an investment in Electric Power Systems, a company producing battery technology that can potentially be used for a broad suite of aerospace applications. Rather than producing battery cells, the company's compatible module technology can be adapted to support a variety of batteries, optimizing performance and safety. The versatility of the technology could allow United to consider EPS's modules for a number of near-term applications, and as part of its longer-term operations that support decarbonization. This is United's second investment in electric battery technology, after sodium-ion battery-maker Natron.

"Typically, we've had a clear vision of how to integrate sustainability investments into our operations. What makes EPS's technology different and exciting is the scope of operational possibilities where we have the option to deploy it today and, in the future, to help electrify and decarbonize our operations," said United Airlines Ventures President Michael Leskinen. "United's best roadmap to reaching net zero carbon emissions by 2050, without relying on traditional carbon offsets, is by using every tool at our disposal – that includes the potential use of EPS's impressive portfolio of electric aircraft powertrain solutions, including high-performance power electronics, and energy storage systems."

Date set for first long-haul flight to operate with 100% sustainable aviation fuel

Virgin Atlantic and Rolls-Royce this week confirmed the successful Sustainable Aviation Fuel (SAF) blend ground test on the Rolls-Royce Trent 1000 engine. The test marks a key milestone in the project which will see the world's first 100% SAF flight travel across the Atlantic from London Heathrow to New York JFK on a Boeing 787, set to take off on November 28, 2023.

Virgin Atlantic led consortium confirms the world's first 100% Sustainable Aviation Fuel flight across the Atlantic will fly on November 28, 2023, departing from London-Heathrow to NYC's John F. Kennedy International Airport, pending further regulatory approvals and testing

SAF blend of 88% HEFA and 12% aromatics completes successful ground test on Rolls-Royce Trent 1000 engine, a key milestone in approvals process

Fuel supplier announced as Air bp and Virent, who will supply the 60 tonnes of SAF required for project

In addition to the test, fuel suppliers Air bp and Virent have been announced to supply the 60 tonnes of SAF to be used in the world first, supporting consortium research, testing and the flight itself. The SAF will be produced through the Hydroprocessed Esters and Fatty Acids (HEFA) pathway as well as synthetic aromatic kerosene (SAK) SAF at an 88% and 12% blend ratio.

Virgin Atlantic is committed to finding more sustainable ways to fly on our mission to Net Zero 2050. Already operating one of the most fuel and carbon efficient fleets across the Atlantic, this flight builds on the airline's 15-year track record for leading on SAF. Demonstrating that through radical collaboration, industry can deliver 100% SAF in today's engine, airframes and fuel infrastructure for long haul flight.

SAF typically delivers CO2 life cycle emissions savings of more than 70% whilst performing like traditional jet fuel. SAF has a fundamental role to play in aviation's decarbonization and pathway to Net Zero 2050. Today, SAF represents less than 0.1% of jet fuel volumes and fuel standards allow for just a 50% SAF blend in commercial jet engines. The one-off Virgin Atlantic flight in November will demonstrate the potential of SAF as a 100% drop-in replacement for fossil fuel today.

The realization of the 100% SAF transatlantic flight taking to the skies is a challenging task requiring cross industry collaboration and dedicated project teams working on the research, testing and operations to make it happen. The Virgin Atlantic led consortium, joint funded by the UK Department for Transport, includes Rolls Royce, Boeing, University of Sheffield, Imperial College London and Rocky Mountain Institute. The successful bench engine test is a key milestone, however further permissions and safety approvals are required for the flight to take off in November.