The transport of radioactive material is strictly regulated in accordance with international and national regulations. This article by Faes clearly explains which laws and regulations apply, which types of packaging are permitted, and how safety, certification, and documentation are guaranteed during each transport.
Summary of this article
The transport of radioactive material is a complex matter that falls under strict international and national regulations. Safety is paramount, both for the people working with it and for the environment. The regulations are extensive and detailed, with specific requirements for packaging, documentation, and safety measures. In this article, we answer the most important questions about the regulations and practical aspects of radioactive material transport, so you know exactly what you need to comply with.
The international regulations for the transport of radioactive material are primarily determined by the International Atomic Energy Agency (IAEA). The IAEA has established the ‘Regulations for the Safe Transport of Radioactive Material’, also known as SSR-6. These form the basis for virtually all national and international transport rules.
In addition to the IAEA regulations, there are various modality-specific regulations:
In the Netherlands, the Decree on the transport of fissile materials, ores, and radioactive substances (BVSER) is in force, based on the Nuclear Energy Act. For European transport, the ADR agreement applies, which is regularly updated to incorporate the latest IAEA recommendations.
What’s important to know: the regulations are hierarchically structured, with the IAEA regulations forming the basis. National regulations may be stricter, but not less strict than the international standards. This ensures that radioactive material is transported according to comparable safety standards worldwide.
The packaging requirements for radioactive materials are directly related to the risk posed by the material. The IAEA and derived regulations distinguish different types of packaging, each with specific safety requirements:
The choice of a specific packaging type is determined by various factors:
For special materials such as fissile materials, additional requirements apply to prevent nuclear chain reactions.
Transport packages for radioactive material undergo rigorous test procedures to ensure they maintain their protective function under various conditions. These tests simulate both normal transport conditions and accident scenarios.
For normal transport conditions, packages are subjected to:
For accident conditions (Type B and C packages), there are additional, more severe tests:
The certification process differs per package type. For Excepted, Industrial, and Type A packages, self-certification by the manufacturer is often possible, provided all design requirements are met. For Type B and C packages, approval by the competent authority is required. In the Netherlands, this is the Authority for Nuclear Safety and Radiation Protection (ANVS).
During certification, the manufacturer must provide extensive technical documentation, including design specifications, material analyses, test results, and safety analyses. After approval, the package receives a certificate number that must be indicated on the package.
For radioactive material, selecting a packaging category is only the starting point. The applicable requirements also need to be translated into concrete design criteria for the packaging.
At Faes, we approach this by first defining the complete set of requirements. This includes the characteristics of the contents, the applicable packaging category, transport modality, handling conditions and the mechanical and environmental loads that the packaging must withstand. These requirements provide the basis for decisions concerning materials, construction, closures and the internal protection of the contents.
This is particularly important when the packaging has to demonstrate its performance through testing or certification. Requirements for drop resistance, penetration, stacking or other prescribed conditions need to be considered during the engineering phase rather than after the packaging has already been produced.
Where independent testing is required, Faes can incorporate the test requirements into the development process and coordinate testing with specialised external partners. Test results can then be evaluated and, where necessary, translated into adjustments to the design before the final solution is produced.
In this way, regulations are not treated as a separate compliance step, but as input for the packaging design from the start.
For the transport of radioactive materials, proper documentation is essential for safety and legal compliance. The following documents are usually required:
For international transport, additional documents may be required, such as customs forms and specific declarations required by the countries of transit and destination.
It is important to know that the carrier is obliged to carry these documents during transport and to be able to present them to the competent authorities upon request.
During the transport of radioactive material, various safety measures must be taken to protect people, property, and the environment. These measures include:
Radiation monitoring and control:
Labeling and marking:
Segregation and stowage:
Emergency procedures:
For high-activity sources or fissile materials, additional security measures may be required, such as armed escort, vehicle tracking, and pre-approved routes.
For transport of sensitive materials for defense applications, even stricter safety protocols often apply. The combination of radioactive material and defense applications requires expertise in both radiation safety and military standards such as MIL-SPEC.
It is important to emphasize that these safety measures are not optional – they are legally required and are strictly monitored by national and international supervisory authorities.
The regulations for the transport of radioactive material are complex but necessary to ensure safety. From the international IAEA regulations to specific packaging requirements and documentation – every aspect is carefully elaborated to minimize risks.
Compliance with these regulations requires specialized knowledge and experience. At Faes, we understand the challenges involved in safely transporting sensitive materials. Our expertise in developing packaging solutions that meet the strictest standards and certifications, including UN standards, makes us a reliable partner for organizations working with radioactive material.
Whether it’s Type A, B, or C packages – proper protection is essential for safe transport and storage without risks to people and the environment.
Start by appointing a radiation expert or hiring an external advisor with knowledge of radioactive transport. Then ensure you have the proper permits from the ANVS, invest in certified packaging appropriate for your material type, and train your personnel according to ADR requirements. Additionally, develop a detailed safety protocol and emergency plan before scheduling the first transport, and consider working with an experienced transport partner for the first few times.
The most common mistakes are incomplete transport documentation, incorrect labeling of packages, failure to observe separation distances between radioactive materials and other goods, and insufficient training of personnel. Using packages that are not suitable for the specific type of radioactive material or underestimating activity levels when determining the packaging category are also common problems that can lead to serious safety risks.
In case of an incident, you should immediately cordon off the area and keep unauthorized persons at a distance. Immediately inform the emergency services via 112 and report that it concerns radioactive material. Then contact the ANVS via their 24/7 incident number. Do not attempt to repair or clean up damaged packages without the proper protective equipment and expertise. Document all details of the incident for later reporting and evaluation.
For very sensitive or high-activity radioactive material, specialized transport methods are available, such as specially designed transport containers with extra shielding, dedicated transport where no other goods are carried, or secured transport with escort. In some cases, air transport with special Type C packages or ship transport via specific routes may offer a safer alternative to road transport, depending on the distance and risk assessment.
Michel Prins is Account Manager at Faes and a specialist in Safety & Security. Thanks to his background at the Ministry of Defense and years of experience in the sector, he advises organizations on reliable packaging solutions for critical applications. He combines practical knowledge with technical expertise to package sensitive equipment safely and efficiently.
More articles by Michel PrinsGood packaging doesn’t just happen by chance. Using a tried-and-tested approach, our specialists guide you step by step from the initial idea to the finished product.
