1. Locate and Mark:
   (a) Real-time, in Field Locates - Simply walk the system back and forth over an area, and buried targets will appear as hyperbolas under the surface. Just backup until the red line aligns with the center of the hyperbola. This is the location of the buried pipe or the cable.
   (b) Locate and Mark Traditionally “Non-Locatables” - GPR can locate both metallic and non-metallic pipes and cables. This will provide a complete picture of the underground, and helps to ensure that nothing was missed using traditional locate methods.


2. In-Field Visualization:
   (a) MapView - When using an external GPS, you can add flags and field interpretations on targets in the GPR data and quickly visualize them using MapView. This bird’s eye view helps to differentiate point targets from utilities and helps to correlate the GPR results with site drawings.
   (b) Grid Scan - Using a grid scan of a complex area, you can visualize linear utilities at varying depths. This helps to provide an understanding of the subsurface while still on site.
   (c) Visualize Complex Sites - Using a grid scan of a complex area, you can visualize linear utilities at varying depths. Even closely spaced utilities can be detected as individual lines. This example shows eight buried pipes in a relatively small area.
   (d) Map abandoned Utilities - GPR can map abandoned, non-locatable utilities that may not be detected with traditional methods. In this example, the utility shown on the bottom was capped and could not be located using traditional pipe and cable locators. A grid scan was collected over the area; the depth slices identifying the abandoned, capped utility.
   


3. Subsurface Utility Mapping (SUM) and Subsurface Utility Engineering (SUE):
   The GPR maps buried infrastructure and results can be incorporated in CAD and GIS drawings to help plan for large infrastructure projects.
   (a) Map Multiple utilities at different depths and made of different materials. Since GPR can locate all utilities, including metallic and non-metallic pipes, a complete picture of all buried utilities at a project site can be completed early in the project planning. This example shows a cast iron pipe and a PVC pipe at different depths in the middle of a busy intersection. This aided in future utility planning.
   (b) Locate utilities to plan new installations. Using GPS and interpretations, GPR can be integrated into Quality Level B SUE investigations. In this example, closely spaced utilities existed, and city planners wanted to ensure that the route of the new water lines did not interfere with existing infrastructure. The use of GPR helped them to plan the installation with minimal disruptions.


4. Create Stunning Maps and Reports:
   GPR data is saved and available for post-survey analysis and reporting, providing accurate records for future reference & comprehensive deliverables for your customers.
   (a) Georeferenced Maps and Data - Easily plot images of your data path, screen shots and interpretations in Google Earth. All information is exported seamlessly for viewing in Google Earth and other GIS platforms.
   (b) Create Utility Maps in Google Earth - Plotting interpretations on GIS or aerial images and connecting them to show the utility path is a powerful way to portray your locate results.
   (c) Quickly Produce Summary Reports - Take your locates to the next level by providing reports of your findings. Reports can be generated instantly with the EKKO_Project software, included with your GPR system.

Also view here >>> Orbital's GPR Undergroung Utility Scanning and Survey Procedures