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Circular Economy in Transport: Rethinking Assets, Operations & Value Chains

Explore how circular economy is reshaping transport systems in Europe, highlighting key levers in design, operations, and end-of-life, with strategic insights for mobility stakeholders.

The transport sector is entering a new phase of transformation driven by regulatory pressure, resource scarcity, and the need to reduce environmental impact. While decarbonization remains a priority, the circular economy is emerging as a key complementary strategy, helping stakeholders preserve value, optimize resource use, and rethink linear models.

Beyond waste management, it introduces a life-cycle approach, where up to 80% of environmental impact is determined at the design stage. This shift requires a deep transformation of assets, operations, and value chains across the transport ecosystem.

Our experts’ analysis explores how circular economy principles can be implemented across the transport sector, with a focus on:

  • Geographical scope: France and Europe
  • Sector scope: rail, road, and aviation
  • Asset scope: rolling stock, infrastructure, and buildings
  • Value chain scope: design, operations, and end-of-life

The analysis highlights how circularity can create value for key stakeholders, including manufacturers, operators, infrastructure managers, recyclers, and public authorities.

Beyond recycling: a life cycle approach to circular transport

Circular economy in transport is not just about end-of-life—it is about preserving value across the entire lifecycle.

It relies on three key principles:

  • Designing out waste from the start
  • Extending asset lifespan through maintenance and reuse
  • Closing material loops via recycling and recovery

This approach requires aligning decisions across upstream, operations, and downstream phases.

Key levers across the value chain

Design is critical, as it drives most environmental impacts and future reuse. Key actions include eco-design, modularity, recycled materials, and design for disassembly.

Operations are the core of circular performance. Levers include predictive maintenance, repair and refurbishment, reverse logistics, and optimization of circular supply chains.

End-of-life remains under-structured but offers strong potential through selective dismantling, reuse of components, and development of recycling value chains.

A collaborative ecosystem

Circular economy relies on strong coordination between:

  • Manufacturers and equipment suppliers 
  • Transport operators and maintenance providers 
  • Recycling and recovery players 
  • Public authorities and regulators 

This interconnected ecosystem is essential for efficient material flows and value creation.

Regulation as a key driver

Regulations are expanding to cover the full lifecycle of transport assets, accelerating circular adoption. Frameworks such as the AGEC law, European Battery Regulation, Euro 7, and CSRD are reshaping industry practices.

Transforming transport value chains

Circular economy enables transport stakeholders to:

  • Reduce reliance on virgin materials 
  • Extend asset lifetimes 
  • Develop new value pools through reuse and refurbishment 
  • Structure efficient recovery ecosystems 

The objective is clear: reduce, optimize, and close loops across the entire value chain.

How Sia supports you

Sia supports clients end-to-end, from strategy to implementation:

  • Set circular economy objectives
  • Anticipating regulatory constraints 
  • Auditing inbound and outbound flows
  • Optimizing the circular supply chain
  • Define recycling processes

We also leverage agent-based AI solutions to accelerate circular transformation, from eco-design to supply chain optimization.

Toward scalable circular transport

Circular economy is becoming a key driver of performance and resilience in transport.

The challenge is no longer to experiment—but to scale circular models and embed them at the core of operations and investment strategies.

Curious to know more? Contact us for more information!