3D Scanning for Power Plants
Why power generation sites scan
Outage windows are fixed and expensive, and the work inside them is choreographed against drawings that predate several rounds of modification. Scanning the plant before the outage lets rigging paths, laydown areas and equipment removal routes be planned against reality rather than optimism.
What it is actually used for
Turbine hall and boiler house as-builts for retrofit and emissions equipment; rigging, laydown and access studies before an outage; component geometry capture for reverse engineering of obsolete parts; stack and structure verticality; and condenser and exchanger layout capture for retube planning.
What a scan will not tell you
What a scan does not give you: reality capture records SURFACES. It measures geometry to millimetres and it will not tell you remaining wall thickness, whether a weld contains lack of fusion, or how much life an asset has left. Those are examination questions, answered by ultrasonics, radiography and the rest of the NDT method set — which is why scanning and inspection belong in the same programme rather than substituting for one another.
How scanning and inspection work together here
Scanning stages the outage; examination fills it — boiler tube and header UT, exchanger tube ET, structural MT — under ASME and fleet programme requirements. ET in power generation · power generation NDT training · nuclear programme consulting.
How Atlantis delivers
Atlantis mobilises scanning crews to your site — terrestrial laser scanning, photogrammetry and drone capture as the asset demands — and delivers registered point clouds, meshes and the deliverable your engineering team actually consumes. We do not claim a survey office in every market, and say so plainly.
3D scanning services · turning captured geometry into a digital twin · scope a scan.
Scanning in other sectors
Refinery & Petrochemical · Shipyard & Marine · Aerospace & Defence · Fabrication & Modular Construction · Mining & Bulk Handling · Tank Farms & Terminals.