Service Location
Ready Group’s subsurface technology services assist clients in detecting and mapping underground utilities like pipes and cables. Using a combination of service locators and ground-penetrating radar (GPR), we can identify underground utilities,
detect subsurface anomalies, and assess environmental conditions. This fast, accurate, and safe technique minimises the risk of damage during excavation and construction, ensuring projects proceed smoothly.
Key Benefits of Utility Locating and GPR
Non-Destructive Exploration
They enable the detection of subsurface utilities without the need for disruptive digging, preserving infrastructure integrity and reducing the risk of damage.
Safety Enhancement
By accurately locating utilities, these technologies significantly lower the risk of accidentally hitting gas lines, electrical cables, or other hazardous materials, thereby ensuring the safety of workers and the public.
Cost Savings
Avoiding utility strikes prevents costly repairs and potential legal liabilities, making these technologies a cost-effective choice for project management.
Time Efficiency
Fast and accurate utility detection speeds up project timelines by eliminating guesswork and reducing delays caused by unexpected utility encounters or damage.
Comprehensive Detection
Electromagnetic locators are highly effective for conductive materials, while GPR can detect a wide range of non-conductive materials, together providing a complete picture of the subsurface environment.
Survey
Survey integrates topographical and laser scanning technologies to offer comprehensive solutions for your site needs. These surveys aid in design, cost management, and asset management. All data is processed and delivered, providing a detailed topographical overview. Collaborating closely with our utility survey team, topographical surveyors precisely document the locations of underground infrastructure. This seamless integration with topographical data and other geomatic information ensures a more detailed and complete mapping of the site.
