Join host Michelle Dawn Mooney for this insightful episode of FlowCast, as she explores the evolving nuclear energy landscape with Neil Murray, Business Development Manager for Nuclear at Trillium Flow Technologies. Discover how small modular reactors (SMRs), digital technology, and advanced manufacturing are shaping the future of clean and sustainable energy.

A Journey from Automotive to Nuclear

Neil shares his unique career path from automotive engineering to nuclear energy and the surprising similarities he sees between the industries. With a strong foundation in manufacturing efficiency and process improvement, his transition to nuclear brings a fresh perspective and opportunity to apply key lessons in innovation, supply chain optimization, and cost reduction—critical factors for the industry's growth.

The Nuclear Landscape: Trends and Transformations

They discuss the challenges the nuclear sector has faced over the years and the recent advancements that have revived confidence in its potential. They also discuss how rising global energy demands, decarbonization, and the emergence of safer, cost-effective nuclear technologies have positioned nuclear as a key player in clean energy.

Small Modular Reactors (SMRs): A Game-Changer

SMRs are revolutionizing nuclear energy with modular, factory-based construction, enabling faster deployment, lower costs, and greater scalability. Unlike traditional large-scale reactors, SMRs can be co-located with industrial sites, offering a more flexible and sustainable energy solution. Advanced Modular Reactors (AMRs) take this innovation further by exploring alternative coolants like molten salt and lead, enhancing efficiency and safety. Neil shares his take on how key new players, like Google and Amazon, are driving forward funding for this technology.

Overcoming Challenges: Licensing, Cost, and Supply Chain

Despite the promise of SMRs bring, barriers such as regulatory approvals, financing, and supply chain readiness must be addressed. The industry is working on streamlining licensing processes and establishing partnerships with suppliers to ensure a steady production flow. If early SMR deployments prove cost-effective and efficient, they could unlock significant investment and drive widespread adoption.

Trillium’s Role in Nuclear Innovation

Trillium Flow Technologies is at the forefront of nuclear advancements, offering cutting-edge valve and actuator solutions tailored to SMRs. The company has invested in high-efficiency manufacturing techniques, predictive maintenance technologies, and sustainable production practices to enhance performance while reducing operational costs. This approach ensured flexibility in production and deployment globally, aligning with the industry's evolving needs.

The Road Ahead for Nuclear Energy

Looking forward, the nuclear sector is poised for significant growth, various market analysts put the compound annual growth rate (CAGR) between 1.5-3%. SMRs and AMRs could account for a substantial share of the global energy mix by 2050, provided cost reductions and regulatory support keep pace. Collaboration between governments, private investors, and technology providers will be essential to scaling nuclear energy and achieving climate and energy security goals.

Tune In

Join us for this insightful discussion on the future of nuclear energy and Trillium’s contributions to industry innovation. Visit TrilliumFlow.com for more insights, and subscribe to FlowCast for more episodes featuring thought leaders in energy and engineering.

Host: Michelle Dawn Mooney