Get Usable 3D Revit models that Save Time, Reduce Design Clashes and increase Quality
3D scanning a power plant is what we do best. The size and complexity of a power plant requires high speed scanning equipment with long range and high accuracy.
3D laser scanning technology brings many benefits to power plant engineers. Using a digital 3D scan for as-built information, engineers can design complicated retrofits and upgrades that fit the first time upon installation, avoiding costly and usually inevitable engineering errors or miscalculations.
3D scanning makes design work easier and allows engineers to work in a highly efficient manner. It positions power companies to be prepared for the future, when 3D engineering is the standard. You won’t be left behind when your competitors embrace 3D engineering, in fact you’ll be far ahead.

Certified teams across Nationwide

Reality capture expertise

Leica & NavVis scanners
3D scanning has the ability to accurately capture everything that is seen in any particular location, including structural steel, ducting, and even small items like lights, handrails, and bolt patterns.
It provides engineers a digital twin to refer to. Within this digital plant they can look around, take measurements, and create 3D models and 2D drawings that can be used to support specific projects. The resulting CAD drawings and models created from 3D scans enable successful projects based on current information. These scans reduce rewok, design clashes and other installation problems.
With extensive expertise in Power, Processing, and Plant applications, we provide precise laser scanning solutions for:
Renewable Energy Plants
Know More About Materials Factory 3D Scanning & Food Processing 3D Scanning – Enhance Accuracy with Revit Modeling
Our scanners capture everything your engineers need down to bolt patterns, valve positions, and instrument locations.
Precise dimensional capture for turbine alignment verification, clearance checks, and component replacement planning including gas, steam, and hydro units.
Full capture of boiler envelopes, nozzle positions, flanges, and connection points to support modification design and maintenance planning.
Every pipe, valve, elbow, flange, and instrument connection captured in 3D. Supports P&ID updates, isometric generation, and stress analysis inputs.
Columns, beams, grating, handrails, ladders, and elevated platforms all captured for structural analysis, new equipment placement, and clash verification.
Cable trays, conduit runs, switchgear, transformers, and substation equipment documented for electrical coordination and clearance compliance.
Control buildings, cooling towers, chimneys, and site civil features documented to support master planning, expansion, and permit submissions.
3D laser scanning works by capturing a 360-degree sweep of all nearby of equipment in a single scan. By merging multiple scans, sections of the plant may be captured in a single day. Highly congested areas can be scanned in this manner.
3D scanners are capable of taking measurements accurate to 1/4” from a distance of 100 meters or more, resulting in accurate as-built data. The ability to capture measurements from a distance can increase safety and reduce scaffolding expenses. The resulting 3D scans provide a wealth of data from which can be extracted CAD model, panoramic imagery, ortho-images and other useful aids to your projects.
Design new equipment installations against verified as-built geometry. Eliminate interference issues before parts are fabricated.
Compare your existing piping and instrumentation diagrams against the actual installed condition. Identify undocumented modifications and discrepancies.
Verify foundation alignment, shaft centerlines, and bearing elevations with precision far beyond what manual measurement delivers.
Build a navigable 3D digital twin of your entire facility for operations, training, remote engineering, and long-term capital planning.
Document the full facility before decommissioning to support demolition planning, regulatory reporting, and asset disposition.
Verify overhead clearances, walking clearances, and equipment separation distances against OSHA and NFPA requirements without sending personnel into live areas.
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