Nuclear Safeguards Systems

• High-performance nuclear safeguards systems for verification of nuclear materials and compliance monitoring
• Designed to support IAEA safeguards, non-proliferation, and treaty verification programs
• Enables precise isotopic analysis of uranium, plutonium, and thorium materials
• Based on advanced HPGe gamma spectroscopy for high-resolution nuclide identification
• Supports non-destructive assay (NDA) of nuclear materials without altering samples
• Detects and identifies illicit nuclear material trafficking and undeclared activities
• Portable and field-deployable systems for on-site inspections and verification missions
• Includes specialized systems like OSIRIS for nuclear explosion evidence detection
• Provides real-time spectral analysis and automated reporting
• Trusted by government agencies, nuclear facilities, and international organizations worldwide

Nuclear safeguards systems are advanced radiation measurement solutions designed to ensure that nuclear materials are used only for peaceful purposes and not diverted for weapons production.

These systems play a critical role in global nuclear security by supporting international agreements such as the Non-Proliferation Treaty (NPT), where organizations like the IAEA and EURATOM verify declared nuclear materials and facilities.

Built on high-resolution gamma spectroscopy technology, these systems provide precise identification and quantification of radioactive isotopes, enabling inspectors and operators to:

• Verify declared nuclear materials
• Detect undeclared or illicit materials
• Monitor nuclear fuel cycles
• Support forensic investigations

Core Technology
Nuclear Safeguards Systems utilize HPGe detectors combined with advanced spectroscopy software to analyze gamma-ray emissions from nuclear materials.

This allows for:

• Accurate isotope identification (U, Pu, fission products)
• Determination of enrichment levels
• Detection of anomalies or inconsistencies in declared inventories

Because the measurement is non-destructive, materials can be analyzed directly in:

• Storage containers
• Fuel assemblies
• Waste forms
• Process streams

Specialized Systems Example
OSIRIS Gamma-Ray Spectrometer
Designed for on-site nuclear inspection under the CTBT
Detects specific fission products linked to nuclear explosions
Provides real-time automated interpretation with secure data handling
Battery-powered, portable system for field deployment

Why It Matters

In today’s security landscape, nuclear safeguards systems are essential to:

• Prevent nuclear proliferation
• Detect unauthorized nuclear activities
• Support international inspections and compliance audits

These systems provide high-confidence results in both laboratory and field environments, making them indispensable tools for nuclear security programs worldwide.

Core Functions
Nuclear material verification
Isotopic analysis (uranium, plutonium, thorium)
Non-destructive assay (NDA)
Nuclear forensic analysis

Detection Technology
High Purity Germanium (HPGe) detectors
High-resolution gamma spectroscopy
Advanced spectral analysis algorithms

Measurement Capabilities
Identification of radionuclides and fission products
Uranium enrichment determination
Plutonium isotopic ratio analysis
Detection of undeclared or hidden nuclear materials

System Features
Real-time spectrum acquisition and analysis
Automated reporting and compliance documentation
Secure data storage and encryption (for inspection missions

Deployment Options
Portable systems for field inspections
Laboratory-based high-precision systems
Integrated systems for continuous monitoring

Software Integration
Advanced gamma spectroscopy software platforms
Automated isotope identification and quantification
Data logging and audit-ready reporting

Power & Mobility
Battery-powered operation (field systems)
Lightweight and ruggedized configurations
Rapid deployment capability

• Nuclear safeguards and treaty verification (IAEA, EURATOM)
• Nuclear material accountancy and control
• Uranium enrichment monitoring
• Plutonium isotopic analysis
• Nuclear fuel cycle monitoring
• Detection of illicit nuclear material trafficking
• Nuclear forensics and security investigations
• On-site inspection under international treaties (e.g., CTBT)