At Notus Ground Safe, we deliver practical ground protection solutions designed to reduce environmental impact while maintaining safe, efficient site operations.

Our approach focuses on lowering carbon emissions, minimising ground disturbance, and improving operational efficiency across every project.

Temporary access routes constructed using aggregate (stone) create significant environmental impact due to:
• Quarrying and processing of raw materials
• High-volume transport to and from site
• Heavy plant required for installation
• Ground excavation and reinstatement works

For short-term projects, this results in unnecessary carbon emissions and long-term ground damage.

A Lower Carbon Solution

We provide reusable ground protection systems that eliminate the need for bulk aggregate, reducing both emissions and site disruption.

Carbon & Environmental Comparison

Category Traditional Stone Access Notus Ground Safe
Material Use High (single-use aggregate) Reusable systems
Transport Multiple HGV loads Reduced deliveries
Installation Heavy plant, slower Fast install, less plant
Ground Impact Excavation + reinstatement Minimal disturbance
Waste High Near zero
Carbon Emissions High Up to 60–70% lower

For a typical temporary access requirement (approx. 1,000m²):

• Reduced HGV movements
• Faster installation and removal
• No reinstatement required
• Multi-tonne CO₂ savings per project

Operational Efficiency = Lower Emissions

Our operations are designed to reduce environmental impact through:

• Efficient logistics and route planning
• Reduced vehicle movements
• Minimal plant usage
• Faster on-site turnaround

This improves both sustainability and overall project delivery.

Supporting Your Sustainability Targets

Working with Notus Ground Safe helps you:

Reduce Scope 1 and Scope 3 emissions  
Improve ESG and sustainability reporting  
Align with UK Net Zero targets  
Demonstrate measurable environmental improvements

Built for Real Sites


Our trackway solutions are designed with real-world operations in mind — delivering both environmental benefits and reliable performance in demanding conditions.

“Lower carbon. Less ground impact. Smarter site access.”