Terrestrial LiDAR scanners and spatial photogrammetry construct exact point-cloud digital twins of refinery piping networks, optimizing structural spatial planning for expansions.
Millimeter accuracy
40% fewer engineering hours
Ready for your next expansion?
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LiDAR scanning, photogrammetry, and 3D modeling tools that turn physical piping networks into actionable spatial data for expansion planning.
Terrestrial LiDAR captures every pipe, valve, and flange. The resulting point cloud is processed into a navigable 3D model for clash detection and clearance analysis.
Reduces rework during retrofitsAlgorithmic optimization ingests scan data to suggest ideal placement for new equipment, piping runs, and supports. Accounts for safety clearances and thermal zones.
Cuts engineering hours by up to 40%High-resolution scanners deployed to capture refinery assets with sub-centimeter accuracy. Deliverables include LAS, E57, and RCP formats for CAD integration.
Ideal for brownfield projects with outdated docsWhat to clear, mark, and document before a LiDAR crew arrives. Includes checklist for access points, pipe tags, and safety zones.
Minimizes on-site delaysHow density settings affect file size, processing time, and model accuracy for different refinery areas — from pipe racks to tank farms.
Balances detail with project budgetAnswers about data ownership, format compatibility, turnaround times, and how digital twins integrate with existing P&ID and laser scan workflows.
Speeds up procurement decisionsExplore related resources for refinery digital twin planning