Asphalt & Concrete Recycling

Sustainable Asphalt & Concrete Recycling With PFAS Management

Per- and Polyfluoroalkyl Substances (PFAS)-impacted materials such as Recycled Asphalt Pavement (RAP) and granular materials are often stockpiled due to limited safe and cost-effective treatment options. This creates ongoing environmental risk, increases handling and compliance costs, and can lead to significant project delays.

While asphalt and concrete recycling is widely used to reduce waste and reliance on virgin materials, PFAS contamination can prevent these materials from being reused. Unlocking safe treatment pathways allows RAP and concrete to re-enter the circular economy, reducing landfill, lowering costs, and supporting more sustainable infrastructure outcomes.

Introducing RemRAP™

RemRAP™ is a specialist formulation of RemBind® Sorbents engineered to immobilise PFAS in Recycled Asphalt Pavement (RAP) and granular materials. It turns contaminated materials into safe, reusable resources for roads, runways, and other infrastructure projects, diverting waste from landfills.

Why RemRAP™

RemRAP™ delivers a market-leading solution for managing PFAS in asphalt and granular materials, combining RemBind® Sorbent products with proven performance and practical outcomes:

  • Proven Performance Built on RemBind® Sorbent technology, coupled with a patented RAP process designed for real-world conditions
  • PFAS Risk Reduction Minimises leaching and volatilisation during treatment and use
  • Circular Reuse Enables high reuse of RAP in new pavements
  • Sustainable Outcomes Reduces landfill, transport, and demand for virgin materials
  • Construction Ready Compatible with standard road construction practices

Proven at Scale

RemRAP™ provides a commercially viable solution for managing PFAS in asphalt and granular materials at full project scale, delivering consistent performance across complex infrastructure projects.

Technical Support

RemBind® is supported by a dedicated technical team, providing guidance on product selection, dosage optimisation, and application methods to ensure successful project outcomes.