SAFETY RULES FOR THE STORAGE AND TRANSPORT OF NUCLEAR FUEL AT ATOMIC ENERGY FACILITIES
2026-02-05 19:00:00 / News

What do the Rules establish?
These rules define safety requirements for the storage and transport of nuclear fuel at facilities using atomic energy.
🏭 Scope: Which facilities and equipment?
The rules apply to:
✅ Storage facilities (for fresh and spent fuel)
✅ Protective chambers
✅ Lifting and transport equipment: cranes, grippers, traverses, rods
✅ Platforms, carts, and loading mechanisms
✅ Packages, canisters, racks, protective casings
✅ Drum-type containers (for fuel assemblies)
✅ Washing and inspection stands
✅ Cooling, ventilation, and radiation monitoring systems
✅ Equipment for placing fuel into pools and preparing it for shipment
⚠️ Core safety approach
🏗 Storage and transport systems must be included in the facility design.
📑 The operating organization must prepare a safety justification report.
🔍 The report must list potential failures, design-basis accidents, and beyond-design-basis accidents.
🔥 Design hazardous scenarios (examples)
⚡️ Complete loss of power supply
🔥 Fire in storage areas or during transport
🧱 Dropping of heavy objects / violation of spacing or configuration
🧯 Leakage of coolant
💨 Ventilation failure leading to explosive mixtures
📦 Loss of package integrity
🧯 Key storage requirements
📌 Storage facilities must be equipped with fire alarms, firefighting systems, ventilation, lighting, and video surveillance.
⛔️ Fire-extinguishing agents that increase neutron multiplication are prohibited.
⛔️ Storage of flammable, toxic, or explosive substances is prohibited.
🚪 Unobstructed evacuation routes for personnel must be ensured in case of авария.
🚚 Key transport requirements
🚛 Transport is permitted only using specialized vehicles or on-site transport systems.
🔩 Packaging devices must be securely fastened to the vehicle.
⛔️ Transporting unrelated loads through fuel handling areas is prohibited.
🛑 If defects in running gear or fastening systems are detected, transport must be stopped immediately.
☢️ How is nuclear safety ensured?
📉 Limits on the quantity and grouping of fuel assemblies
📏 Safe spacing to prevent criticality
🧲 Use of neutron-absorbing materials
🌊 Control of neutron-moderating environments (e.g., water)
📊 Strict adherence to technological parameters and radiation monitoring
✅ These rules are aimed at ensuring safe storage and transport of nuclear fuel through systematic control, technical protection measures, accident risk assessment, and strict transport discipline.
