Next week, I’ll be joining industry leaders and trusted colleagues from Type One Energy and Tennessee Valley Authority (TVA) on stage at FusionX Global in Munich for a dynamic conversation about “partnerships in fusion.”

As someone who’s spent their career at the intersection of energy innovation and delivery, I know that the path from first-of-a-kind (FOAK) pilot to real-world deployment is never straightforward. It’s a journey that demands technical excellence, trust, transparency, and a willingness to learn, grow and collaborate with others on our collective path to a resilient energy future.

The power of partnerships

No single organization can take on the monumental task of delivering power at the scale, speed or certainty that our current and future energy needs demand. At ArchTam, we’ve learned that our greatest impact comes when we act as an integrator: bringing together manufacturers, distributors, regulators and communities to orchestrate the complex dance of delivering clean energy to those who need it most. Our goal is to interconnect all the moving pieces into one harmonized system, helping all our clients turn promising pilots into scalable, profitable programs.

At FusionX, I’ll be sharing the stage with Charlie Baynes-Reid, general counsel and CFO of Type One Energy, Tony Williams, vice president for the Sequoya Nuclear Plant at TVA, and moderator Amy Roma, partner and nuclear energy specialist at Hogan Lovells. Together, we’ll explore what it really takes to accelerate fusion’s path to commercialization. We’ll explore how wide-scale adoption is about more than adopting new technologies and building resilient infrastructure. It’s about strengthening frameworks for partnership that shorten timelines, reduce risk, and give investors and communities the confidence to believe in fusion’s promise.

Scaling from pilots to programs

I’m especially excited to talk about our work with Type One Energy and TVA on the Infinity Two fusion stellarator project — an auspicious collaboration that’s already demonstrating how utilities, innovators and integrators can move faster by working together. Pending continued development and regulatory approvals, the preliminary design of this fusion power plant has the potential to supply TVA with reliable, carbon-free power. We’ll discuss lessons learned and why speed-to-permit is the new currency in energy infrastructure.

As preliminary design engineering partners, out role is to translate fusion ambition into practical, site-ready infrastructure. Our teams guide clients through regulatory mazes, align diverse stakeholders and sustain project momentum even when conditions are challenging.

Building the pathway to the future of fusion energy

Our specialists bring deep engineering expertise and work side-by-side with innovators like Type One Energy and TVA to:

• Translate early-stage fusion concepts into actionable engineering plans. We help take the Infinity Two fusion power plant from theoretical design to site-ready specifications, ensuring every technical requirement is mapped to real-world constraints.
• Lead site selection and environmental assessments. Our engineers and scientists evaluate potential locations, model environmental impacts and develop permitting strategies that anticipate regulatory hurdles — supporting a clear path through the approval process. 
• Integrate complex systems. Fusion projects require seamless coordination of civil, mechanical, electrical and control systems. We manage the interfaces between disciplines, aligning power, controls and safety systems into a coherent, unified design.
• Develop project controls and risk management frameworks. We implement digital project management tools, schedule controls and risk registers that keep delivery on track and transparent for all partners.
• Support first-of-a-kind (FOAK) licensing and compliance. Our regulatory specialists work with clients and authorities to prepare safety cases, licensing submissions and compliance documentation, helping de-risk the path from pilot to commercial operation.

We have made tremendous strides with our partners on our path towards turning fusion’s promise into practical, scalable energy. Follow along with us on our journey as we continue to bridge the gap between innovation and implementation and deliver a better, more resilient world.

If you’re attending FusionX in Munich, I hope you’ll join our session and connect with me afterward. Let’s keep pushing the boundaries, together.

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Nuclear energy is a carbon-free source of reliable electricity and stable power production that can be paired with other forms of renewable energy. In our world of rising fuels costs and strong focus on greenhouse gas reductions, safe and effective operation of nuclear facilities can offer an effective and sustainable energy alternative. For nuclear facilities, an integrated Quality Management System (QMS) is fundamental to the execution of all lifecycle work from initial concept through to final site restoration. A QMS is not only essential for the safe design and operation of all work done at nuclear facilities, it is also critical in meeting very specific and stringent nuclear industry requirements.

Why is an integrated QMS critical to long-term success in nuclear energy?

When an integrated QMS is implemented at a nuclear site, all aspects of the facility’s operations are considered from initial siting and design through to the manufacturing of nuclear fuel, facility decommissioning and long-term waste management. These critical aspects are all considered and planned for at the outset, and are updated or enhanced through the site’s lifecycle. The integrated QMS provides verifiable proof that processes and behaviors have been established and are followed, ensuring a nuclear utility will operate to the highest standards of safety and reliability.   

Which standards apply in an integrated quality management system and what are the benefits? 

A QMS that is founded in a risk-based approach and integrates relevant program themes will not only ensure safe operation of facilities and protection of workers, the community and the environment, it will yield the most economical approach to project delivery—particularly in the highly regulated nuclear industry.

Within the Canadian regulatory framework, both conventional and nuclear quality requirements are explicitly outlined. The nuclear requirements are defined by the Canadian Standards Association (CSA) and regulatory documents are prepared by the Canadian Nuclear Safety Commission. CSA works with stakeholders including regulators, utilities, vendors and academics to develop and maintain quality standards that support safe and reliable nuclear operations and address emerging areas. CSA standards represent the pool of knowledge and expertise of the nuclear industry, offering robust technical approaches and best practice guidelines. CSA standards that should be incorporated in a QMS include:

CSA N286-12 “Management System Requirements for Nuclear Facilities” – which provides a risk-based approach to facility owners, allowing flexibility within a variety of applications such as research, materials testing, medical uses (i.e., isotopes), electrical power generation and small modular reactors. This standard integrates themes starting with a robust “Nuclear Safety Culture” that then governs the overriding behaviours surrounding health, safety, environment, security, economics and quality.

CSA N286.7-16 – which addresses quality assurance requirements for software used in design, development, maintenance, modification, safety analysis, scientific and design computer programs that are applicable to high energy reactor plant.

CSA N299 – which provides programmatic requirements for the supply of items and services to the nuclear facility and licensees. A risk-based evaluation is performed to determine the level of the quality requirements of the work being undertaken. That is, a scoring system (per item and/or service) based on a series of simple questions can yield a QA level from 1 to 4, with 1 being the most stringent and 4 being the least stringent (very similar to ISO-9001). Suppliers are audited to determine the QA level they are qualified to deliver to the industry.

ISO 9001:2015 – which aims to provide a practical and workable QMS for improving and monitoring all areas of the business. This standard can help the organization increase efficiency, productivity, profit, and achieve improved customer retention and acquisition.

Delivering for the Canadian nuclear industry

We established our ArchTam Canada Nuclear Services team (ACNS) to deliver innovative and cost-effective solutions for the Canadian nuclear industry. ACNS’s multi-disciplined teams work collaboratively in offices across Ontario to deliver tried and true engineering performance in all disciplines. We offer specialized procurement of items and services to the highest quality standards required by the industry, and are pioneering state-of-the-art solutions for emerging technology, namely Small Modular Reactors, facility decommissioning, and the long-term nuclear waste management program applied on Canada’s Deep Geological Repository.

As leaders in the nuclear services sector, we have developed a QMS that governs the oversight, audits, design and delivery of all projects servicing the nuclear industry. It is a risk-based approach that satisfies applicable industry requirements and certifications, and incorporates various delivery mechanisms to provide flexibility on specific client and contractual requirements.

An integrated QMS approach can be a key differentiator in achieving exceptional performance in the nuclear economy. When nuclear professionals thoughtfully apply these standards within our integrated QMS framework, we can carve away the unnecessary and deliver the appropriate quality requirements for the project with the highest level of efficiency. With this approach, we continue to be regarded as industry leaders and trusted advisors in all areas of the nuclear market.

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