Sustainable, high-performance drainage systems engineered from recycled materials for exceptional performance in the most demanding conditions. Delivering long-term resilience with rapid installation across highways, rail, and civil engineering projects.
Modular, sustainable drainage systems combining outstanding hydraulic performance with environmental responsibility
Two-component modular system: Trough units channel water along the ditch floor while Stacker units placed on top filter surface water down into the trough below. Water then flows through the trough to connected catch pits. Perfect for trackside, highway, and infrastructure applications.
High-capacity surface and sub-surface drainage solution combining rapid installation with long-term durability in a lightweight format. Ideal for verges, embankments, and distributed drainage applications.
Independently tested and validated for real-world conditions
Engineering excellence meets environmental responsibility
Manufactured using recycled materials in our UK facilities with ISO 9001:2015 quality assurance, supporting local industry and sustainability.
Lightweight modular design enables fast installation without heavy plant equipment, reducing disruption and project timelines.
UKAS accredited testing validates performance under extreme conditions, including National Highways approval for strategic road networks.
Cold-cure manufacturing process from recycled rubber creates high-performance solutions with minimal environmental impact.
Modular components can be cut, shaped, and configured on-site to navigate obstacles and challenging ground conditions.
Resistant to chemicals, freeze-thaw cycles, and heavy loading with minimal maintenance requirements over decades of service.
Proven performance across highways, rail, and infrastructure projects
Trackside Drainage in Challenging Conditions
Successfully navigated shallow bedrock and telecoms infrastructure with curved installation, completed within tight rail possession windows.
Independent Validation for Strategic Roads
Full-scale performance testing under simulated extreme rainfall conditions validated system capacity and structural resilience.
Our Product Carbon Footprint Report shows just 307 kg CO₂e per m³ of material - approximately one-third the emissions of concrete and half that of HDPE pipe systems.
Contact our engineering team to discuss how Rosehill Drainage Systems can deliver sustainable, high-performance solutions for your next project.