Radioactive Goods Shipping: Complete Guide to Dangerous Goods Logistics

Dangerous goods are substances or materials that can pose risks to health, safety, property or the environment during transport. To ensure safe handling and international consistency, these materials are regulated under the United Nations hazardous materials classification system, which divides dangerous goods shipping into nine hazard classes based on the type of risk the substance presents. These include explosives, gases, flammable liquids, flammable solids, oxidizing substances and organic peroxides, toxic and infectious substances, radioactive materials, corrosives, and miscellaneous dangerous goods.

Within global hazardous material logistics, Class 7 dangerous goods cover radioactive substances that require strict control during handling and transport. The transportation of nuclear material and other radioactive substances is governed by specialized international safety frameworks. In this comprehensive guide, we focus on Class 7 radioactive material transport, outlining the key requirements for shipping radioactive materials, including packaging, documentation, and regulatory compliance in international dangerous goods air freight operations.

Required Documentation for Radioactive Goods Shipping

Shipping radioactive cargo classified as Class 7 dangerous goods requires detailed documentation to ensure safe handling, regulatory compliance, and emergency preparedness during radioactive material transport. The exact documentation requirements depend on the material’s activity level and package category (White I, Yellow II, or Yellow III), as well as the mode of transport, particularly for the transport of radioactive materials by air under the IATA Dangerous Goods Regulations (IATA DGR). Essential documentation for radioactive goods shipping typically includes:

• Shipper’s Declaration for Dangerous Goods: signed statement confirming that the radioactive shipment is correctly classified, packaged, marked, and labeled in accordance with international dangerous goods class 7 shipping regulations.

• Transport Document or Bill of Lading: must include the UN number and proper shipping name (e.g., Radioactive material, Type A package, UN 2915), the radionuclide name, maximum activity level, package category, the declared Transport Index (TI) for Yellow II and Yellow III packages, and package dimensions or gross weight when required.

• Emergency Response Information (TREMCARD): written emergency instructions providing guidance for responders in the event of an incident, including safety measures and emergency contact details.

• Competent Authority Certificate: required for certain radioactive packaging types, such as Type B, Type C, or fissile material packages, confirming that the package design has been officially approved.

• Radiation Protection Programme Documentation: a written safety plan demonstrating compliance with international radioactive cargo transport safety standards and radiation exposure limits.

• Licensing Documentation: a valid regulatory license confirming that both the consignor and consignee are authorized to handle and transport radioactive materials.

• Leak Test Certificate: verification that sealed radioactive sources have passed a recent leak test, confirming containment integrity.

• Special Form Certificate: documentation confirming the classification of the material as “special form” when applicable.

Accurate and complete documentation is essential for safe radioactive materials transportation, supporting regulatory verification, airline acceptance, and efficient customs processing while ensuring full compliance with international safety standards governing shipping radioactive materials.

How to Package Radioactive Cargo

Proper radioactive material packaging is critical for safe and compliant radioactive goods shipping. Packaging requirements for Class 7 dangerous goods are defined by international radioactive cargo transport safety standards, including the IAEA transport regulations and the IATA Dangerous Goods Regulations 2026 for the transport of radioactive materials by air. The packaging process must ensure containment, radiation shielding, and resistance to normal transport conditions or potential accidents during dangerous goods air freight operations.

Radioactive Material Packaging Types

The correct radioactive packaging type is determined by the activity level of the material and its physical form, whether sealed (“special form”) or dispersible. Several packaging categories are used in radioactive materials transportation. Excepted packages (UN2908–UN2911) are designed for materials with very low radiation levels, such as certain consumer products or smoke detectors. Industrial packages (IP-1, IP-2, IP-3) are used for low-specific-activity (LSA) materials and surface-contaminated objects (SCO).

• Type A Packages (UN 2915): Used for higher-activity materials transported in limited quantities, such as medical isotopes and radiopharmaceuticals. These packages are designed to withstand normal transport conditions during radioactive materials transportation.

• Type B Packages (e.g., Type B(U)): Required for high-activity radioactive sources, including industrial sources or spent nuclear fuel. These packages are engineered to maintain containment and shielding even under severe accident conditions.

• Type C Packages: Designed for high-risk radioactive materials transported by air. They provide enhanced protection and meet the strict performance requirements for the transport of radioactive materials by air.

Preparation of the package must comply with current safety protocols. Containers must be in good condition, free from leakage, damage, or contamination. Radioactive materials must be placed in an inner containment vessel made of glass, plastic, or metal and surrounded by protective packing materials such as polyethylene, rubber, or vermiculite to prevent movement and absorb shocks. Adequate shielding, often using lead-lined containers or specialized shielding materials, ensures that radiation levels remain within regulatory limits. During shipping radioactive materials, packages must also be secured to prevent shifting and protected from impact with other cargo.

Radioactive Shipping Labels and Marking Requirements

Clear radioactive cargo labeling is essential for safe dangerous goods shipping. International regulations require that hazard labels and markings accurately communicate radiation risk and handling requirements. Each package must display two Class 7 radioactive hazard labels placed on opposite sides. Label categories indicate radiation levels: Radioactive White-I for very low radiation, and Radioactive Yellow-II or Yellow-III for higher radiation levels. For Yellow-II and Yellow-III labels, the Transport Index (TI) must be calculated using the maximum radiation level measured at one meter from the package, supporting proper loading and handling during dangerous goods air freight.

In addition to hazard labels, packages must be marked with the proper shipping name, the applicable UN number (for example, UN 2915 for radioactive material Type A packages), the consignor and consignee information, and the gross weight when required. Correct labeling and marking ensure regulatory compliance and allow carriers to manage radiation exposure limits during class 7 radioactive material transport.

Accurate packaging, labeling, and marking form the basics of safe radioactive material transport, ensuring that radioactive dangerous goods can be moved through international logistics networks in full compliance with dangerous goods class 7 shipping regulations.

Transporting Radioactive Cargo in Uzbekistan

Transportation of radioactive materials in Uzbekistan is regulated by national radiation safety legislation and international Class 7 dangerous goods shipping regulations. The country aligns its regulatory framework with IAEA safety standards and maintains strict state oversight of radioactive materials transportation.

The main regulatory authority responsible for supervision is the Committee for Industrial, Radiation and Nuclear Safety. In 2026, the government approved new safety rules governing the storage and transport of nuclear fuel at atomic energy facilities. These rules introduce additional technical and operational requirements for organizations involved in radioactive material transport.

Key regulatory requirements include:

• Safety justification documentation: Operators must prepare a safety report identifying potential failures, design-basis accidents, and beyond-design-basis accident scenarios related to nuclear material transport.

• Specialized transport equipment: Radioactive materials must be transported using specialized vehicles or dedicated on-site transport systems designed for dangerous goods Class 7 transport.

• Secure packaging and handling systems: Packaging devices, containers, and transport equipment must be properly secured to prevent damage, loss of containment, or radiation exposure during transport.

• Radiation monitoring and safety systems: Facilities and transport systems must include radiation monitoring, ventilation, cooling systems, and fire protection measures.

Uzbekistan also regulates the transportation of dangerous goods, including radioactive cargo, through national transport legislation. Transport operations must comply with approved technical standards and safety procedures. Additional operational rules may include:

• use of specially adapted vehicles for dangerous goods shipping

• approval of transport routes for hazardous cargo

• restrictions on routes near sensitive infrastructure or protected areas

• security escorts for certain high-risk shipments

To improve regulatory control, Uzbekistan introduced electronic permitting for dangerous goods transit in 2024. Under this system, companies submit transport applications to the Ministry of Transport of the Republic of Uzbekistan. Relevant authorities review the documents and issue permits through a digital process. Once approved, shipments may be monitored using GPS tracking systems.

In 2026, the government also established the Republican Radioactive Waste Storage Center at the Institute of Nuclear Physics. This state facility manages the transport, acceptance, sorting, and long-term storage of radioactive waste in Uzbekistan. It also coordinates information exchange with government authorities and supports safe handling of imported radioactive materials.

Together, these regulatory measures ensure that radioactive cargo transport into Uzbekistan follows strict safety procedures and controlled logistics operations while complying with both national legislation and international radioactive cargo transport safety standards.

Why Choose Delta Global Solutions

Delta Global Solutions manages radioactive cargo shipments through IATA DGR-trained dangerous goods specialists who complete recurrent training aligned with the IATA Dangerous Goods Regulations 2026. Our team oversees activity validation, transport index calculation for radioactive packages, shipper’s declaration preparation, and airline pre-approval for dangerous goods air freight.

With strong regional expertise in hazardous material logistics, we also support importing radioactive materials into Uzbekistan by coordinating regulatory compliance, Uzbekistan customs regulations, and efficient customs clearance in Uzbekistan.

As an experienced freight forwarder specializing in shipping dangerous goods, Delta Global Solutions provides end-to-end logistics including customs clearance, Importer of Record (IOR) services, cargo insurance, DDP delivery, and flexible multimodal solutions across Central Asia, the CIS, Europe, China and beyond.

Contact Delta Global Solutions to discuss your radioactive goods shipping needs and ensure safe, compliant and reliable radioactive materials transportation.

FAQs:

1. What are Class 7 dangerous goods?

Class 7 dangerous goods are radioactive materials that emit ionizing radiation and require strict safety controls during transport. These materials are regulated under international standards such as the IAEA transport regulations and the IATA Dangerous Goods Regulations for air shipments.

2. How are radioactive materials packaged for transport?

Radioactive materials must be packed in certified containers designed to control radiation exposure and prevent leakage. Depending on the activity level, shipments may use expected packages, Type A packages, or higher-security Type B or Type C containers that meet strict performance testing standards.

3. What is required to import radioactive materials into Uzbekistan?

Importing radioactive materials into Uzbekistan requires compliance with national radiation safety legislation. The receiving organization must hold a valid license to handle radioactive substances, and certain shipments may require government authorization before customs clearance.