Moeller Nuclear
Advanced 3D radiation field planning with LiDAR integration, dose optimization, and real-time shielding analysis. Visualize radiological conditions in three dimensions before your workers enter the field.
Request Early AccessRadTwin combines LiDAR 3D scanning with real-time radiation survey data to build a live 3D model of any nuclear facility space. Work planners can visualize dose rate distributions, plan optimal entry routes, and model the effect of temporary shielding — all before the first worker steps in.
Scan facility spaces with LiDAR to build accurate 3D geometry models. Overlay radiation survey data onto the geometry to produce a spatial dose rate map with sub-meter resolution.
Intelligent pathfinding algorithms calculate minimum-dose routes through complex facility spaces. Compare alternative work locations and entry angles to identify the lowest-exposure approach for each job.
Model the dose reduction provided by temporary shielding configurations before installing them. Evaluate material type, thickness, and placement to optimize shielding effectiveness vs. installation cost.
Share 3D field models with work crews during pre-job briefings. Annotate hazard zones, mark safe staging areas, and assign color-coded dose rate boundaries to individual job steps.
Connect RadTwin to existing radiation protection databases, area monitor systems, and work management platforms. Keep the 3D model current as radiological conditions change throughout the outage.
Generate pre-job ALARA reviews, dose projection reports, and post-job comparisons directly from the 3D model. All outputs are formatted for regulatory submission and NRC audit readiness.
RadTwin is in active development. We're partnering with nuclear facilities to validate 3D scanning workflows and dose overlay algorithms in real operational environments. Contact us to get involved.
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