Eco-Friendly Concrete

Eco-Friendly Concrete

Eco-friendly concrete is a revolutionary building material designed to reduce environmental impact while delivering the same, if not better, performance compared to traditional concrete. With a focus on sustainability, this innovative mix minimises embodied carbon, helping to lower the carbon footprint of temporary concrete barriers without compromising strength, durability, or versatility.

Eco-friendly concrete incorporates recycled materials and alternative binders to reduce CO₂ emissions. This process is energy efficient, requiring less energy-intensive materials and processes. The Eco-friendly mix offers a reduction of up to 41.2% in embodied carbon compared with the current Australian Life Cycle Inventory (AusLCI) database value for an ordinary Portland cement ready-mix concrete.

Eco-friendly concrete is the future of sustainable construction. By choosing this innovative material, road contractors can contribute to a greener planet while maintaining high-performance construction standards.

Features

  • Reduced carbon footprint.
  • Energy efficiency, requiring less energy-intensive materials and processes.
  • Maintains high compressive strength, ensuring longevity and durability.
  • Made with sustainable materials that replace a portion of Portland cement, reducing reliance on high-carbon components.
  • Available in various mix designs.

Compatible Products

  • DeltaBloc® concrete barriers.

Applications

  • Temporary concrete barriers used for workzone and road construction projects.
  • Residential construction.
  • Commercial buildings.
  • Infrastructure projects.

Eco-Friendly Concrete FAQ

How does Eco-friendly concrete reduce carbon emissions?

It incorporates alternative cementitious materials, such as fly ash and slag, which require less energy to produce than traditional Portland cement. Additionally, it often includes recycled aggregates, further reducing its environmental footprint.

Yes, Eco-friendly concrete is engineered to perform equal to or better than conventional concrete in terms of strength, durability, and workability.

Absolutely! It is suitable for residential, commercial, and infrastructure projects, just like traditional concrete.

The cost varies depending on location and materials used, but in many cases, the long-term sustainability and durability benefits offset any initial price differences.