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Transforming Waste into Sustainable Surfaces:
The Environmental Impact of Recycled Resin Technology
Pioneering Circular Economy Solutions in the Built Environment
In the face of growing environmental challenges, our Recycled Resin Bound Surface technology represents a significant advancement in sustainable construction materials. This premium surfacing solution directly addresses one of the UK's most pressing waste management issues by repurposing plastic waste that would otherwise contribute to the nation's overburdened landfills and marine pollution.
Measurable Environmental Impact
To date, our systems have successfully diverted and repurposed plastic waste equivalent to over 820 million plastic straws—approximately 246 tons of plastic. This equates to:
Each square meter of our resin bound surface contains the equivalent of approximately 3,000 recycled plastic straws (900 grams of recycled plastic), creating a tangible connection between waste reduction and high-performance surfacing.
Beyond Plastic Recycling: A Comprehensive Sustainability Profile
Our commitment to sustainability extends beyond plastic recycling:
Water Management Benefits
The permeable nature of our resin bound surfaces contributes significantly to sustainable urban drainage systems (SuDS), allowing natural water filtration and reducing flood risks. This permeability helps replenish groundwater levels while reducing pressure on stormwater infrastructure—increasingly critical in the face of climate change and more frequent extreme weather events.
Reduced Carbon Footprint
Technical Superiority Through Sustainability
Our recycled content enhances rather than compromises performance:
A Premium Solution for the Conscious Specifier
Our Recycled Resin Bound Surface technology exemplifies how environmental responsibility can align with premium performance. By specifying this system, design professionals not only receive a superior performing product but also make a quantifiable contribution to waste reduction and circular economy principles.
The incorporation of recycled plastic that would otherwise enter landfills or waterways transforms an environmental liability into a durable, aesthetically pleasing asset with decades of functional life—proving that sustainability and premium quality are not mutually exclusive, but rather complementary aspects of truly forward-thinking design.