I lack experience with such scenarios, but based on my understanding, 👍GPR is going to work in this situation of a 2.5-meter-deep stormwater drain pipe made of Glass Reinforced Epoxy (GRE), --- 🤞hoping that the surrounding subsurface materials are not highly conductive or saturated with water. 🤘GPR works better when the top soil/overburden is resistive.In your case, GRE is no conductive and the top soils may contain some moisture/ different dielectric medium, then 👉it can identify the pipe . And, i if that pipe is leaking than it can also identify the 👉leakage -💢provided the top soil/overburden is dry and not made of fine grained soil. Use 270MHz or a 200 MHz Shielded GPR antenna Thank you for asking. If you have any more questions or if there's anything else I can help you with, feel free to ask.
Does GPR work for GRE ( glass reinforced epoxy ) storm water drain pipe at 2.5 m depth?
I lack experience with such scenarios, but based on my understanding, 👍GPR is going to work in this situation of a 2.5-meter-deep stormwater drain pipe made of Glass Reinforced Epoxy (GRE), --- 🤞hoping that the surrounding subsurface materials are not highly conductive or saturated with water. 🤘GPR works better when the top soil/overburden is resistive.In your case, GRE is no conductive and the top soils may contain some moisture/ different dielectric medium, then 👉it can identify the pipe . And, i if that pipe is leaking than it can also identify the 👉leakage -💢provided the top soil/overburden is dry and not made of fine grained soil.
Use 270MHz or a 200 MHz Shielded GPR antenna
Thank you for asking. If you have any more questions or if there's anything else I can help you with, feel free to ask.