Sustainable Aviation in Europe: Why Talent Will Define the Future of SAF Delivery

The aviation industry remains firmly committed to achieving net-zero carbon emissions, with Sustainable Aviation Fuel (SAF) positioned as one of the sector’s most important decarbonisation levers. Yet as momentum builds across the market, organisations are facing a growing challenge: turning long-term sustainability ambition into operational reality.

Over recent decades, aviation has already demonstrated its ability to innovate at scale through significant improvements in fuel efficiency. However, the next phase of decarbonisation requires far more than incremental optimisation.

The industry must now build entirely new fuel ecosystems, scale emerging technologies and transform infrastructure — all while navigating increasing regulatory complexity, investment pressure and skills shortages.

What was once a discussion around sustainability strategy has now become a question of delivery capability.

 

A Market Defined by Growth and Complexity

 

According to the World Economic Forum, demand for SAF is expected to accelerate significantly over the coming decade, driven by airline commitments, regulatory pressure and wider corporate sustainability targets.

Unlike conventional jet fuel, SAF can be produced from a range of non-fossil sources, including biomass and synthetic processes. However, its sustainability impact varies depending on feedstock and production pathway, adding complexity to scaling efforts.

Additionally, EU policy developments are increasingly becoming a key demand driver for SAF adoption. The upcoming revision of the EU Emissions Trading System (ETS) in 2026 is expected to significantly expand the scope of covered aviation emissions, potentially adding around 80 Mt of CO₂ to the system and increasing sector-wide investment pressure into sustainable fuels. This regulatory shift is also designed to accelerate SAF uptake through dedicated allowance mechanisms, particularly for e-SAF and advanced fuel pathways.

In parallel, the ReFuelEU Aviation regulation is actively mandating SAF uptake across European airports as part of the Fit for 55 package. It sets a legally binding trajectory for fuel suppliers, starting with approximately 2% SAF blending from 2025 and scaling significantly towards 70% by 2050 across EU airports. This effectively turns SAF adoption from a voluntary initiative into a regulated market requirement.

At the same time, competition to establish regional SAF production hubs is intensifying globally.

The scale of the challenge becomes particularly visible when comparing projected SAF demand with current production capacity. Demand is expected to significantly outpace supply over the next decade, creating major delivery pressure across the sector.

 

 

This growing imbalance is increasing urgency across aviation, energy and infrastructure markets — placing greater pressure on organisations to secure the expertise required to scale projects effectively.

 

From Sustainability Ambition to Operational Delivery

A major milestone on the path towards Net Zero 2050 was reached in November 2023 with Virgin Atlantic’s Flight100 – the first transatlantic commercial flight powered entirely by SAF.

 

 

The achievement demonstrated what is technically possible for the future of sustainable aviation. However, it also reinforced the scale of transformation still required across the wider industry.

Delivering SAF at scale is not simply a technology challenge. It requires organisations to simultaneously manage:

• Large-scale infrastructure investment
• Supply chain transformation
• Regulatory complexity
• Production scalability
• Integration into existing aviation systems
• Cross-sector stakeholder coordination

As a result, the conversation is increasingly shifting from innovation itself towards execution capability.

 

The Structural Challenge Facing the Industry

Despite strong market momentum, several structural barriers continue to slow progress across sustainable aviation programmes.

Policy and Regulatory Complexity

Existing frameworks continue to evolve across markets, creating uncertainty around long-term investment and delivery planning.

At the same time, European regulatory reform is becoming more interventionist rather than uncertain. The planned EU ETS revision introduces not only a wider emissions scope covering all departing flights, but also new revenue mechanisms that are expected to generate several billion euros annually, specifically reinvested into aviation decarbonisation. This marks a shift from voluntary sustainability commitments towards structured, policy-driven investment incentives.

Commercial Viability

SAF production remains significantly more expensive than conventional jet fuel, increasing pressure on project economics and investment decisions.

Supply Chain Constraints

Dependence on feedstocks such as biomass and waste-based materials introduces volatility across pricing, availability and scalability.

Infrastructure Transformation

Production facilities, transportation networks and airport infrastructure all require major development and modernisation to support long-term SAF adoption.

However, beneath all these challenges sits another increasingly critical issue: talent availability.

As aviation organisations accelerate transformation programmes, demand is rising rapidly for highly specialised engineering and project professionals capable of delivering complex infrastructure and sustainability initiatives at scale.

 

The Growing Talent Challenge in Sustainable Aviation

As investment into SAF, infrastructure modernisation and decarbonisation programmes increases, organisations across aviation and advanced engineering are competing for increasingly scarce specialist skillsets.

This includes growing demand for:

• Project managers with large-scale infrastructure experience
• Process and chemical engineering specialists
• Sustainability and energy experts
• Regulatory and compliance professionals
• Advanced manufacturing engineers
• Supply chain and operations specialists

At the same time, many organisations are facing broader workforce challenges linked to skills shortages, ageing engineering populations and increasing competition for technical talent across adjacent industries.

This creates a significant delivery risk for organisations unable to secure the right expertise at the pace required by the market.

For many leaders, the challenge is no longer defining sustainability goals — it is building the workforce capability required to execute them.

 

Why Talent Strategy Is Becoming a Competitive Advantage

As the sustainable aviation market matures, hiring strategy is becoming increasingly tied to project success.

Organisations that can attract and secure specialist engineering talent quickly will be better positioned to:

• Accelerate infrastructure programmes
• Reduce project delays
• Scale delivery capability
• Navigate regulatory complexity
• Maintain competitive advantage in a rapidly evolving market

In contrast, companies that struggle to access specialist expertise risk slowing delivery timelines and missing critical market opportunities.

This is particularly important as demand for engineering talent continues to rise across aviation, energy, defence and advanced manufacturing simultaneously.

Wider industry challenges, including ongoing debates around aviation taxation and regulatory cost burdens, are further intensifying pressure on airlines and operators to improve efficiency and workforce productivity. As governments continue to balance decarbonisation goals with economic constraints, organisations are increasingly forced to deliver complex transformation programmes with limited access to the specialist engineering and project talent required to execute them effectively.

 

Looking Ahead

The direction of travel for aviation is clear: SAF and wider sustainability initiatives will play a defining role in the future of the industry.

However, long-term success will depend not only on technological innovation, but on the ability to secure the specialist talent required to deliver transformation at scale.

As competition for engineering expertise intensifies, organisations that invest strategically in workforce capability today will be best positioned to lead the next era of sustainable aviation.

Partnering with specialist recruitment experts who understand the complexities of advanced engineering and aerospace markets will therefore become increasingly important in securing a long-term competitive advantage.

Amoria Bond supports organisations across advanced engineering, embedded systems, aerospace, energy and manufacturing sectors by connecting businesses with specialist professionals capable of delivering complex transformation programmes.

Get in touch with our specialist recruiters to discuss how we can help you attract the talent needed to power the future of sustainable aviation.

Sources:

1.     EU Emissions Trading System, 2026 changes: https://www.transportenvironment.org/articles/boosting-aviation-decarbonisation-through-the-revision-of-the-eu-ets

2.     ReFuelEU aviation data: https://transport.ec.europa.eu/transport-modes/air/environment/refueleu-aviation_en

3.     European emissions data: https://www.eurocontrol.int/aviation-sustainability

4.     Expectations for 2026: https://www.iata.org/en/about/worldwide/europe/blog/2026---what-expectations-for-european-aviation/