Participation in the Event “Plastics: A Plan for Circularity”

Last week, we participated in the event “Plastics: A Plan for Circularity”, organized by ANARPLA at the Círculo de Bellas Artes in Madrid. The meeting brought together representatives from across the entire plastics value chain with a shared objective: to move towards a recycling sector that is more competitive, resilient, and innovative.

Key Conclusions

Ecomodulation and Incentives

Financial and regulatory tools play a decisive role in accelerating the sector’s transformation. Initiatives such as incentives in France for recycled content demonstrate that well-designed policy drives demand and contributes to strengthening the market.

Expansion of Recycled Content Targets

Beyond the packaging sector, there is significant scope to incorporate recycled plastics into new industrial applications, creating opportunities for growth and diversification within the sector.

European Harmonisation and Mirror Clauses

Ensuring that imported products comply with the same environmental and quality standards as domestic manufacturers is essential to preserve competitiveness and guarantee a level playing field.

Ecodesign

Integrating recyclability criteria at the design stage facilitates material recovery, optimises processes, and reinforces overall circularity.

Reduction of CO₂ Emissions

The use of recycled plastic instead of virgin material significantly contributes to reducing carbon footprint and advancing climate objectives.

Competitiveness and Strategic Collaboration

Coordination between recyclers, manufacturers, and public authorities is a key factor in transforming Spain’s industrial potential into sustainable competitive advantages.

Commitment to the Circular Economy

The event highlighted that an effective circular economy in the plastics sector requires regulatory alignment, technological innovation, and active collaboration throughout the entire value chain.

At SINTAC Recycling, we reaffirm our commitment to developing recycled plastic solutions that reduce environmental impact and accelerate the transition towards a truly circular model.