Ground Penetrating Radar
Acuren’s advanced GPR technology provides fast, accurate, and dependable subsurface imaging for precise results you can trust.
Whether it’s a standard excavation or new service installation, a geophysical map for the purposes of engineering, or an environmental assessment, Acuren is there with you. With our innovative technology and industry-leading talent, Acuren’s Ground Penetrating Radar (GPR) is the safest, quickest and most accurate method that our technicians use for locating rebar, post-tension cable, conduits, utilities, faults, and other hidden structures within concrete.
Frequently Asked Questions (FAQ) – Ground Penetrating Radar (GPR) Services
How does GPR assist with cutting and coring?
Before cutting or coring into concrete, GPR scanning helps locate embedded objects such as rebar, post-tension cables, and conduits. This prevents accidental damage, ensuring a safer and more efficient cutting or coring process.
Can GPR be used before excavation and borehole drilling?
Yes, GPR is an essential tool for identifying underground utilities, voids, and other potential hazards before excavation or borehole drilling. This minimizes risks, reduces costly delays, and ensures regulatory compliance.
How is GPR used for non-destructive testing (NDT) of concrete structures?
GPR allows for non-invasive assessment of concrete structures by detecting internal components like rebar, voids, and delaminations without requiring destructive testing. This method helps evaluate the condition of bridges, buildings, and other concrete infrastructure.
How effective is GPR for detecting and mapping underground utilities?
GPR is a reliable solution for mapping underground utilities, including gas, water, electrical, and communication lines. It provides real-time imaging to help prevent accidental damage during excavation and construction projects.
Can GPR be used for archaeological investigations?
Yes, archaeologists use GPR surveys to detect buried structures, artifacts, and historical remains without disturbing the site. This non-invasive method helps preserve cultural heritage while guiding excavation efforts.
How does GPR assist in locating underground storage tanks (USTs)?
GPR is widely used to detect and map abandoned or unknown underground storage tanks (USTs). It identifies their location, size, and depth, aiding environmental assessments and regulatory compliance.
What role does GPR play in environmental assessments?
GPR is crucial in environmental site assessments (ESAs) by detecting subsurface contamination, buried tanks, and soil disturbances. It helps environmental professionals evaluate potential risks without invasive drilling.
How is GPR used in road and subsurface investigations?
GPR helps assess pavement thickness, voids, and subsurface conditions in roads, bridges, and tunnels. This aids in planning maintenance and identifying structural weaknesses before they become major issues.
Can GPR detect underground voids?
Yes, GPR is highly effective for void detection beneath concrete slabs, roads, and other structures. Identifying these gaps early helps prevent costly repairs and structural failures.
