New nuclear energy technologies

New nuclear technologies refer to advancements in nuclear energy, particularly micro and small modular reactors (SMRs), advanced reactors and nuclear fusion. These technologies aim to offer safer, more efficient, and more sustainable alternatives to traditional nuclear power.

SMRs are gaining regulatory approvals and achieving viability through several pilot projects worldwide. Nuclear fusion has seen major breakthroughs. Several research projects have achieved sustained fusion reactions, marking a step closer to commercial viability.

As a low carbon energy source, these technologies can become an economically feasible alternative to renewables in the face of climate change.

Regulatory frameworks are evolving to accommodate the unique characteristics of SMRs and fusion reactors. Compliance with these regulations ensures safety, environmental protection, and public trust. To achieve compliance, businesses need to enlist a reliable third party for inspection, certification, or technical advisory services. TÜV SÜD provides trusted independent expertise to support your nuclear facilities.

New nuclear energy technologies provides a reliable, low carbon energy source to businesses, reducing dependence on fossil fuels and enhancing energy security. It also offers opportunities for investment and development in cutting-edge technologies.

These technologies can produce heat for district heating. They also offer a good solution for off-grid application in rural and/or remote areas. Furthermore, they can produce hydrogen, power data centres, and decarbonise heavy industry. 

For individuals, these technologies promise a cleaner environment and a reduction in greenhouse gas emissions, contributing to the fight against climate change as a low carbon energy source.

Our services for new nuclear energy technologies can help you overcome the following challenges:

Regulatory hurdles

Navigating complex and evolving regulatory landscapes can be daunting. It takes substantial expertise and resources to ensuring compliance with safety standards and gain approvals for new technologies. 

High initial costs

The development and deployment of new nuclear technologies involve substantial capital investment. From R&D to construction and commissioning, the financial barriers can be significant. 

Public perception and acceptance 

Overcoming public scepticism and gaining societal acceptance are crucial. Historical nuclear incidents have left lasting impressions. Therefore, convincing stakeholders of the safety and benefits of new nuclear technologies is a persistent challenge.

Technological uncertainties

Despite advancements, both SMRs and fusion technologies face technical challenges. Ensuring reliability, efficiency, and scalability while addressing potential operational risks is essential for widespread adoption.

Supply chain and skilled workforce

Establishing a robust supply chain and getting skilled labour to develop, construct, and maintain new nuclear facilities can be challenging. The specialised nature of the industry demands a highly trained workforce.

Economic viability and competition 

Competing with established energy sources, including renewables, for market share and proving the economic viability of new nuclear technologies can be difficult. You must balance cost-efficiency with innovation. 

Long development timelines

The timeline for developing and bringing new nuclear technologies to market is lengthy. From initial research to commercial deployment, you should expect an extensive process.

TÜV SÜD offers a full suite of services including technical advisory, feasibility studies, technology assessments, and safety evaluations. This provides a complete solution for all your nuclear technology needs.

Our team comprises leading experts with extensive experience in the whole lifecycle of a nuclear project. This ensures that you receive the highest level of technical guidance and support. By working with us at the early stages of design and construction, you can identify and resolve issues early.

We stay at the forefront of technological advancements. Our experts leverage cutting-edge methodologies and tools to deliver innovative and effective solutions tailored to your specific requirements. 

Our global network has deep understanding of global regulatory frameworks. This allows us to navigate the approval process, ensuring compliance and expediting project timelines. 

Our commitment to safety and reliability ensures that all projects meet the highest standards, minimising risks and enhancing operational security. We will deliver all your projects efficiently, safely, and effectively.

Our new nuclear energy technology services include:

• Licensing Support: Licensing documentation (PSAR/FSAR/Safety Cases), Siting and environmental impact analysis. 
• Independent Assurance: Document reviews, internal audits.
• Rules and Regulations: Compliance, assessment, codes / standards comparison.
• Quality Assurance: Strategies and plans, FMEA, HAZOP, RAM studies, document inspections.
• Quality Control: Site, manufacturing and material inspections, quality control plans, factory and site acceptance. 
• Fusion Research and Development (R&D): Our global teams support fusion research projects and fusion project feasibility studies.