EMERGENCY RESPONSE
ELECTRIC TRANSMISSION & DISTRIBUTION
Unknown right-of-way conditions cost time and money, adding unnecessary risk to your operations. OGL’s solutions minimize the unknown while providing confidence to make informed decisions. Our team combines decades of experience in remote sensing and electric utility monitoring to offer reliable 3D insights on your electric system in the context of the larger right-of-way environment.
-
Applications in all stages of an asset’s lifecycle: greenfield, as-built, and monitoring
-
Precision vegetation and line-sag management, reducing costs and improving reliability
-
Digital twin: an auditable record of right-of-way conditions
-
Valuable source of big data to predict future trends
PIPELINES
OGL provides intelligent solutions for planning, monitoring, and risk analysis of pipeline rights-of-way without interrupting operations. Our geospatial data acquisition and processing procedures provide the most accurate and up-to-date information for our clients.
-
Efficient multi-sensor acquisition platforms
-
Engineering design for new pipelines and upgrades
-
Environmental monitoring and risk analysis data
-
Encroachment and construction activity
FORESTRY
Whether you need a municipal tree inventory or are managing millions of hectares of forest resources, the right remote sensing solution can provide valuable insights, allowing you to have confidence in your decisions and efficient operations.
-
Wildfire boundary mapping and recovery monitoring
-
Timber volumes and canopy height measurements
-
Cutblock monitoring
-
Vegetation health measurement
-
Mountain pine beetle infection mapping
-
Municipal or private tree inventory
HYDROGRAPHY
OGL provides terrain modeling and imagery for historical flood plain analysis, flood awareness mapping application (FAMA), and peak water mapping.
Through LiDAR and bathymetry data, OGL is able to create watershed analysis, model waterflow paths, and for urgent cases can mobilize to any site within western Canada within 24 hours (weather dependent) to capture the full extent of flooding.