Moeller Nuclear
Geofencing-assisted dose reconstruction for emergency response and planned nuclear work. Real-time location telemetry combined with radiation field data produces audit-ready dose estimates — without the hours of manual reconstruction.
Request Early AccessTraditional post-event dose reconstruction depends on worker recollection, sign-in logs, and rough field estimates. GeoDose replaces that process with continuous GPS/geofencing telemetry and real-time dose rate data, automatically generating defensible dose records for every individual in the affected area.
Assign geofenced zones to radiation areas throughout a facility. Track individual worker locations in real time using mobile devices or wearable beacons, with continuous position logging.
Cross-reference time-stamped location data with area radiation monitor readings and survey maps to automatically calculate cumulative dose for each individual — without manual entry.
During emergency conditions, project dose rates forward in time using plume dispersion modeling and known source terms. Identify individuals at risk before thresholds are reached.
Every dose record includes a complete chain of evidence: location history, radiation field values, instrument sources, and calculation methodology. Outputs meet NRC reporting requirements.
Connect GeoDose to electronic dosimetry systems to cross-validate reconstructed doses against direct measurements. Flag discrepancies automatically for HP review.
Manage dose reconstruction for multiple facilities or units from a single platform. Useful for utilities with multi-unit sites or organizations providing contracted RP services across fleet operations.
GeoDose is in active development. We're working with emergency planning coordinators and radiation protection managers to shape the platform around real operational and regulatory requirements. Contact us to participate.
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