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Wizz Air, Heathrow and Boeing unveil sustainable aviation fuel plans

Wizz Air, Heathrow and Boeing unveil sustainable aviation fuel plans

Wizz Air has entered into a new agreement with Neste to purchase and use SAFs from 2025 onwards. The agreement gives the airline the purchasing option of more than 36,000 tonnes of SAFs annually.

Organizations backing SAFs claim that the solution can reduce life-cycle emissions by up to 80% compared to traditional jet fuel. However, most airlines currently only use it in small proportions in blends – partly due to a lack of supply and partly because current international regulations limit biofuel blends to 50%.

Wizz Air’s executive vice president Ian Malin said: “At Wizz Air, we continue to invest in innovative technology and believe that SAF is a key part of the solution for decarbonizing the aviation industry. The partnership with Neste, the world’s leading producer of SAF, reaffirms our progress in reducing our carbon emissions intensity, which is already one of the lowest in the world.

“Working together with Neste, we will drive the adoption of SAF throughout our network, paving the way to a more sustainable future for aviation,”

The new agreement builds on the airline’s commitment to reduce carbon emissions intensity per passenger kilometer by 25% by 2030 and reach net-zero by 2050.

 

Heathrow’s SAF target

The announcement comes as the UK’s largest airport has called for more Government support to help increase the uptake of SAFs.

Heathrow Airport announced this week that it was aiming to triple its SAF usage this year, from 0.5% to 1.5%. However, the company’s chief executive has called for more legislative support, as reported by the BBC.

In 2021, Heathrow Airport incorporated aviation fuel made from waste oils and fats for the first time. The SAFs are HEFA (Hydrotreated Esters and Fatty Acids) and consist of waste vegetable oils, waste oils and fats. According to Neste, its SAFs can reduce emissions by up to 80% compared to fossil fuel jet use over the life cycle.

The SAF used was equivalent to fueling 5-10 short-haul flights, but Heathrow stated at the time that it could act as a base to establish proof of concept that SAFs can be used on a commercial scale to reduce emissions.

The Airport has since updated its sustainability strategy, pledging a 15% reduction in carbon in absolute terms from flight emissions by 2030, against a 2030 baseline. The Airport states that it will increase the use of SAFs, improve the efficiency of aircraft and modernise airspace to reach the target. Electric aircraft are not mentioned and neither is capping growth in passenger numbers.

The Airport first unveiled its ‘Heathrow 2.0’ sustainability strategy in 2017, setting 2050 targets for zero-carbon operations and flights as well as zero-waste operations and 100% sustainable water consumption.

Under UK policy, the Government is proposing that airlines operating in the UK ensure that SAFs account for at least 10% of their fuel demand by 2030.

 

Boeing’s purchase

Last week, Boeing agreed to purchase 5.6 million gallons (21.2 million liters) of blended sustainable aviation fuel (SAF) produced by Neste, in a move that will more than double the company’s SAF procurement from last year.

“We are demonstrating our commitment to reduce our carbon footprint and catalyse the SAF industry,” Boeing’s vice president of environmental sustainability Sheila Remes said.

“This SAF procurement makes up 25% of Boeing’s total jet fuel needs for last year including our production, delivery, Boeing ecoDemonstrator, and Dreamlifter flights, and we aim to increase that portion in the years to come.”

Boeing claims that the SAFs meet or exceed the safety and technical specifications it is subjected to and also has a “drop-in” capability so it can be blended directly with petroleum jet fuel. The new agreements will see SAFs blended with conventional jet fuel at a 30/70 ratio.

These criteria are based on internationally recognized sustainability standards, such as those established by the Roundtable on Sustainable Biomaterials.

Boeing is notably planning to debut commercial aircraft capable of using 100% biofuel by 2030. Commercial planes at present can only use blends of up to 50%. A Boeing spokesperson told edie that SAF procurement made up 25% of Boeing’s total jet fuel needs for last year.

Boeing is a member of the Sustainable Aviation Buyers Alliance (SABA) which is being operated by the Environmental Defence Fund and Rocky Mountain Institute, with support for the Climate Group, best known for schemes such as RE100 and EV100.

 

 


 

 

Source edie

Aviation sector supports new net-zero transition strategy

Aviation sector supports new net-zero transition strategy

A new report delivered by the Mission Possible Partnership (MPP) and the Clean Skies for Tomorrow Coalition (CST) has outlined a transition strategy for the aviation sector to reach net-zero emissions by 2050. The report is backed by major companies including Airbus, American Airlines, easyJet and Shell.

The report, which is backed by 27 airlines in 19 countries, 1,950 airports in 185 countries, 10 aircraft producers and suppliers, 21 fuel producers & upstream energy providers, notes the steps the aviation sector can take to reach net-zero emissions by 2050, including short-terms targets.

According to the report, reaching net-zero will require a “doubling of historical fuel efficiency gains of aircraft” that will support the development of more innovative – yet contested – solutions.

The report calls for the market entry of novel propulsion aircraft such as hydrogen or electric by the mid-2030s.

Additionally, the sector will need to invest in SAFs, which have been met with criticism by some green groups who claim that a lot of feedstocks for the fuel can’t be considered sustainable. Earlier this week the European Parliament voted to clarify what constitutes as SAFs, with bans imposed on some biofuel feedstocks.

According to the report, 10–15% of the final jet fuel demand needs to come from SAFs by 2030 in order to allow a scaling up of the technology to reach net-zero by 2050. This, the report states, requires a ramp-up of the current SAF project pipeline by a factor of 5–6.

While fuel costs for the sector are expected to increase as a result of the net-zero transition, the report states that the cost of flying could remain stable due to increased efficiency gains.

The average annual investments are estimated at $175bn annually up to 2050, at which point the aviation sector could account for 10% of global renewable electricity demand and up to 30% of hydrogen demand. The sector would likely need to capture around 600–850 Mt CO2 from the atmosphere are part of offsetting and balancing mechanisms.

The Mission Possible Partnership’s chief executive Matt Rogers said: “MPP is mapping critical strategies on how to turn the paper goals of annual climate summits into action. An unmitigated aviation sector would be responsible for 22% of emissions by 2050. This transition strategy outlines plans and projects that are high on the agenda of ambitious companies, including the ‘nuts and bolts’ of how to build 300 Sustainable Aviation Fuel plants by 2030.”

The aviation industry accounts for around 3% of global emissions and could rise to 22% by 2050 if left unmitigated.

In 2020, members of the UK Sustainable Aviation pledged to achieve net-zero carbon emissions in the sector by 2050, to assist with the UK’s overall net-zero strategy.

A roadmap to accompany the launch suggests the sector believes it can accommodate a 70% increase in passengers by 2050, while reducing carbon emissions from more than 30 million tonnes a year to net-zero. New aircraft and engine technology and smarter flight operations have been heralded as some of the solutions to support the transition.

The use of “robust carbon offsets and investment in innovative carbon removal solutions” will be vital to address residual UK aviation emissions by 2050, the report notes.

Globally, the International Air Transport Association (IATA) has supported a resolution calling for the global sector to reach net-zero by 2050, unveiling plans that rely on SAFs for 65% of emissions cuts.

Notably absent from IATA’s plans are any scenarios in which global passenger numbers decline.

Commenting on the new pathway report, Johan Lundgren, chief executive of easyJet, said: “We believe that novel propulsion technologies, including hydrogen, can offer the most sustainable solution for a short haul airline like easyJet.

“The adoption of these technologies will help reduce the climate impact of our operations while preserving the immense economic and social benefits that aviation brings to the world. We therefore support the Mission Possible Partnership Aviation Transition Strategy.”

 


 

Source Edie