Charter Next Generation Joins US Flexible Film Initiative

Why It Matters

The alliance strengthens the supply chain for recycled flexible films, accelerating circular economy goals and reducing landfill waste across the packaging sector.

Key Takeaways

• CNG joins USFFI as associate member
• CNG will provide sustainable film design expertise
• USFFI aims to scale flexible film recycling
• Major brands already support USFFI initiatives
• Emerald Packaging previously pioneered associate membership

Pulse Analysis

Flexible packaging accounts for a significant share of post‑consumer waste, yet its thin, multi‑layer construction often defeats traditional curbside recycling systems. Industry groups and innovators are now tackling this challenge by aligning material science with policy incentives. Charter Next Generation’s entry into the US Flexible Film Initiative underscores a strategic shift: companies are moving from isolated sustainability projects to collaborative frameworks that address both design and end‑of‑life logistics.

USFFI’s model brings together brand owners, recyclers, and material innovators to create economic incentives for collecting and processing flexible films. By pooling resources and sharing technical knowledge, the coalition aims to develop standardized recovery streams and domestic end markets for PCR film. CNG’s contribution of sustainable film design expertise helps ensure that new packaging can be more readily recycled, reducing the need for virgin plastics and lowering carbon footprints across product lifecycles.

The broader market impact could be substantial. As major consumer giants like Mars, PepsiCo, and Nestlé back USFFI, manufacturers are likely to face heightened expectations for recyclable packaging. This pressure may accelerate investment in advanced sorting technologies and regional recycling infrastructure, ultimately making flexible film a viable component of the circular economy. Stakeholders that adapt early stand to gain competitive advantage, while the environment benefits from reduced landfill accumulation and resource consumption.