A key barrier to the circular economy is the insufficient availability of input materials and products. Despite growing volumes of waste, significant material streams are lost over time or remain only partially available for recovery and reuse. This is due, among other factors, to inadequate collection and sorting systems, the export of recyclable waste outside Europe, and product designs that hinder high-quality material recovery.

The roadmap therefore starts at the very beginning of the value cycle. Its objective is to keep more valuable material streams within European circular systems and to ensure that products are designed from the outset so that their materials and components can be effectively recovered at the end of their use phase. Circular product design, standardized materials, improved data transparency, and more advanced sorting technologies provide the foundation for this approach. Only if sufficient quantities of suitable, high-quality material streams are available can downstream circular processes function effectively.

Availability alone, however, is not sufficient. For circular value creation to materialize, the available materials must also be processed in a technically advanced and economically viable manner. This is precisely where additional structural barriers exist today: insufficiently scaled infrastructure, limited technological maturity for certain material streams, and an uneven competitive playing field compared to the use of primary raw materials.

The roadmap addresses these bottlenecks by focusing both on building know-how and processing capacity and on overcoming structural cost disadvantages.The industrialization of recycling and remanufacturing technologies, the expansion of downstream processing capabilities, and the scaling up of facilities are just as important as creating framework conditions that prevent circular solutions from being systematically disadvantaged. A competitive circular economy requires that recovery and recycling decisions are not driven solely by short-term cost considerations, but also take into account long-term competitiveness, industrial resilience, and location factors.

Even when materials are available and can be processed economically, circular value creation remains fragile as long as there is no reliable demand.The roadmap makes clear that stable end markets are a key success factor. Insufficient demand, low willingness to pay, and uncertainty regarding applicability prevent investments in material availability and recovery from being made or scaled up.

For this reason, the roadmap also focuses on the market side. Circularity must be more firmly embedded in procurement, product development, and product use to make demand more predictable. At the same time, framework conditions are needed that facilitate the recognition, approval, and market access of circular products. Adapted standards, specifications, and procedures help remove barriers to adoption and build trust throughout the value chain. Only when circular products are reliably used and consistently demanded can effective circular systems become firmly established over the long term.

Across all fields of action, digitalization plays a central role. Digital solutions are not an end in themselves but a prerequisite for organizing circular systems in an effective, efficient, and scalable way. They create transparency regarding material flows, facilitate traceability, support design and disassembly processes, and improve the efficiency of sorting, recycling, and remanufacturing systems.

Furthermore, digitalization facilitates the development of markets for recyclates and circular products, for example through digital marketplaces, certification systems, or integration with procurement and tendering platforms.
At the same time, the roadmap shows that small and medium-sized enterprises in particular require support to make effective use of digital tools.
Without practical, proportionate, and widely accepted digital solutions, many circular economy opportunities will remain untapped.