Emerging nuclear technologies such as Small Modular Reactors (SMRs), Advanced Modular Reactors (AMRs), and fusion plants demand innovative thinking and reliable qualification processes. TÜV NORD provides independent expert support to ensure the safe and compliant deployment of these advanced systems.
These innovative concepts aim to expand the use of nuclear energy across industry, energy supply, and research – while adhering to the highest safety and environmental standards.
TÜV NORD supports these developments as an independent, certified, and accredited inspection and assessment body.
Our services include technical support during concept development, safety assessments and radiation protection, inspections and conformity analyses – including cybersecurity evaluations for digital I&C systems and networked infrastructures – as well as assistance in licensing and approval processes.
We support regulatory authorities, project developers, technology providers, and manufacturers with technical expertise and inspection competence – based on internationally recognized standards such as IAEA, WENRA, ISO 19443, ISO/IEC 17020, and ISO 9001.
The development of new nuclear technologies is driven by global challenges such as energy security, climate protection, and industrial decarbonization. In addition to traditional large-scale reactor technologies, innovative reactor concepts are gaining attention for their potential to open new application areas while meeting the highest safety standards.
These small, modular reactors are characterized by standardized design, lower power output, and enhanced safety features. They enable flexible deployment – for example, in remote areas, for industrial applications, or as a complement to renewable energy. Modular manufacturing offers shorter construction times and potentially lower investment risks.
AMRs are advanced versions of SMRs using alternative coolants (e.g. gas, liquid metal, or salt), passive safety systems, and different operating temperatures. They offer extended use cases such as process heat supply, hydrogen production, or integration into hybrid energy systems.
Nuclear fusion is seen as a long-term future technology for CO₂-free energy generation. Although technological challenges remain, significant progress is being made – both in international large-scale projects like ITER and in private-sector initiatives.
We support these developments with independent safety expertise. Our services include scientifically grounded evaluations, guidance on regulatory requirements, support in licensing processes, and advisory services for research and development initiatives.
For more than 60 years, TÜV NORD has been a recognized and independent expert organization in the field of nuclear safety – both nationally and internationally. Our specialists support licensing and regulatory processes in the nuclear sector with technically sound, legally robust assessments and expert reports throughout the entire nuclear life cycle.
Our evaluation and inspection services are based on the German Atomic Energy Act (AtG), the Radiation Protection Act (StrlSchG), and the Radiation Protection Ordinance (StrlSchV), as well as on the requirements of the IAEA and national supervisory authorities. In addition, we align with the WENRA Safety Reference Levels to support the harmonization of European regulatory standards.
Certified quality management in accordance with ISO 9001 and accredited inspection and testing bodies in line with DIN EN ISO/IEC 17020 and DIN EN ISO/IEC 17025 ensure the reliability and consistency of our services. In doing so, we foster trust, transparency, and acceptance – for operators, regulators, and international project partners alike.