Civil Engineering – Civil Water Management

MODULAR DRAINAGE SYSTEMS

A transformative solution for
civil engineering.

The modular design efficiently adapts to different
civil engineering applications, providing reliable water management solutions for infrastructure, retaining walls, land drainage, cycle paths, and more.

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Civil Engineering

Advanced Material.

Manufactured from recycled tyre rubber and featuring avg. 45% void space to sustain permeability across its entire installation.

MODULAR DRAINAGE SYSTEMS

Civil Engineering Overview.

Using recycled tyre rubber formed into advanced drainage units as a replacement for perforated pipe, concrete channels and loose granular stone.

Modular drainage systems are designed to meet the unique demands of civil engineering, the transport sector and climate change resilience.

They integrate with ease into both existing drainage networks and new water management projects, providing superior control, attenuation and compliance in the drive to Net Zero and greener infrastructure goals.

Features

Unique suite of modular drainage panels, mats, stackers and troughs
Avg. 45% void ratio for optimal water intake
Vertical permeability of 49 l/m²/s maximises water infiltration for drainage immediacy
Self-correcting installation alignment
Long-term load fatigue tested
Chemical resistance withstands common chemicals e.g. petrol, diesel, salt and de-icer
Temperature resistance performs consistently in both and low temperature conditions
Manufactured from recycled tyre rubber supporting environmental sustainability
Designed to accommodate minor ground movements, reducing risk of structural failure
UV resistant to degradation from ultraviolet light, prolonging the lifespan of installations
Modular design and connection options for ease of install, extension and maintenance

Advantages

Modular drainage solutions have been designed for planners, architects, drainage designers, contractors, civil engineers, environmental specialists, transport, government and local authorities to provide:

Improved safety through enhanced design, build and water management
Reduced excavation, spoil management and carbon footprint benefits
Enabling adaptable whole-system approaches to drainage and water management
Increased drainage connectivity, attenuation, soakaway and outfall options
Improved land management and Biodiversity Net Gains
Stronger nature-based solutions, wildlife and ecology preservation
Infrastructure resilience against traditional drainage failure modes and climate change
Reduced maintenance burdens
Mitigation against formation, hardstanding and transition degradation
Whole-life cost savings
60+ year design life in standard conditions for drainage parts
60 year design life in active loading of 50 to 95 kPa

Technical

Download technical documents by clicking the links below:

Civil Engineering Overview
Technical Specification
Hydrotrench - Cycle Paths
Hydrotrench - House Builders

Unique suite of modular drainage panels, mats, stackers and troughs
Avg. 45% void ratio for optimal water intake
Vertical permeability of 49 l/m²/s maximises water infiltration for drainage immediacy
Self-correcting installation alignment
Long-term load fatigue tested
Chemical resistance withstands common chemicals e.g. petrol, diesel, salt and de-icer
Temperature resistance performs consistently in both and low temperature conditions
Manufactured from recycled tyre rubber supporting environmental sustainability
Designed to accommodate minor ground movements, reducing risk of structural failure
UV resistant to degradation from ultraviolet light, prolonging the lifespan of installations
Modular design and connection options for ease of install, extension and maintenance

Modular drainage solutions have been designed for planners, architects, drainage designers, contractors, civil engineers, environmental specialists, transport, government and local authorities to provide:

Improved safety through enhanced design, build and water management
Reduced excavation, spoil management and carbon footprint benefits
Enabling adaptable whole-system approaches to drainage and water management
Increased drainage connectivity, attenuation, soakaway and outfall options
Improved land management and Biodiversity Net Gains
Stronger nature-based solutions, wildlife and ecology preservation
Infrastructure resilience against traditional drainage failure modes and climate change
Reduced maintenance burdens
Mitigation against formation, hardstanding and transition degradation
Whole-life cost savings
60+ year design life in standard conditions for drainage parts
60 year design life in active loading of 50 to 95 kPa