Route, depth of cover and ground conditions along pipelines.
Operators, engineers and land owners need to know exactly where a pipeline runs, how deeply it is buried and what the ground around it is doing. We combine drone magnetics and LiDAR along the right-of-way with ground GPR, EM and resistivity at crossings and problem spots to map the line, its cover and the soil and geohazard conditions that affect its integrity.
Drone-enabled
A drone flies magnetics and LiDAR over 20 km of right-of-way in two days. The magnetic data trace the steel line and two unmapped crossings, LiDAR flags erosion at a creek crossing, and GPR and EM confirm depth of cover where the drone data show the line coming shallow.
Resistivity soundings and an ERT line along a pipeline segment identify low-resistivity, corrosive soils and a saturated zone above shallow rock, guiding where the operator focuses coating and cathodic-protection inspection.
Send a location and the question you need answered. We'll recommend a method and a budget range.
Send a location and the question you need answered. We'll recommend a method and a budget range.
