SUSTAINABILITY

Plastics Designed for a True Circular Economy

RNG Plastics' proprietary EPS Resins are formulated to integrate with a broad range of conventional plastics and multi-layer structures.

Sustainability lifecycle
EXISTING SYSTEMS FALL SHORT

Today’s Systems Were Never Designed for Circularity

Traditional plastics systems often lead to:

  • persistent waste
  • greenhouse gas emissions
  • micro-contamination & downcycling
  • microplastics
  • inconsistent sustainability claims

Most plastics were designed primarily for performance and cost — not verified end-of-life outcomes.

plastic recycline
RNG PLASTICS' SOLUTION

A New Approach to Plastic Sustainability

RNG Plastics is built around a different philosophy: Design plastics for:

real-world manufacturing

practical use

controlled end-of-life pathways

measurable environmental outcomes

verification and auditability

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WHAT MAKES RNG PLASTICS DIFFERENT?

Sustainability Designed for Real-World Systems

Controlled End-of-Life Pathways

Designed for managed environments rather than uncontrolled breakdown

No Microplastic Contamination

Focused on avoiding persistent contamination pathways

Manufacturing Compatibility

Designed for conventional plastics manufacturing infrastructure

Verifiable Workflows

Supported by testing, LCA, auditing, and AI Science Hub workflows

Carbon Value Potential

Supports carbon-accounting and circular-economy initiatives

Multi-Layer Compatibility

Supports sophisticated laminates and coextruded materials

VERIFICATION AND TRUST

Sustainability Requires Verification

Support sustainability claims with measurable workflows, traceable data, and third-party verification systems.

VERIFICATION AND TRUST

Sustainability Requires Verification

Support sustainability claims with measurable workflows, traceable data, and third-party verification systems.

ASTM testing