Breakout Session 1: Leveraging Nuclear Energy: Decarbonization of Industrial Sectors (Case Studies)

Through a series of case studies, come and explore the diverse applications of nuclear and its applications to reduce emissions within heavy industry. Delve into the transformative potential of nuclear across industries, from powering remote communities to driving clean energy solutions. Discover how these reactors can revolutionize the energy landscape, fostering sustainability and minimizing emissions.

1:30 - 1:45 pm - Vinod Chugh - Advancements and Challenges in Nuclear Energy Transition: From Small Modular Reactors (SMRs) to Decarbonization Strategies:

In the global pursuit of net-zero emissions, nuclear energy plays an indispensable role in bridging the gap between existing energy systems and future sustainable solutions. This presentation delves into the advancements in Small Modular Reactors (SMRs) and their significance in achieving decarbonization. Drawing from over three decades of industry experience, the session will explore the intersection of nuclear power and eco-technology, focusing on innovation in reactor design, safety standards, and the integration of nuclear systems with renewable energy sources. Emphasis will be placed on the role of digital engineering and advanced manufacturing in accelerating nuclear projects and overcoming supply chain challenges. Case studies from projects in the U.S., U.K., and Canada will demonstrate the transformative impact of SMRs in achieving a sustainable energy future. The presentation will also address the challenges of scaling these technologies and the broader implications for infrastructure, policy, and environmental management.

1:45 - 2:00 pm - Tim Joseph & George Shehata - The critical role of SMRs in Electrifying Canada's (focus on Alberta oil sands) Mining Operations:

As the global surface mining industry strategically investigates and attempts to transition from diesel to battery-electric haulage and excavation operations; it is clear that regional grid capacities are already stretched to a delivery limit. The potential draw from large surface mining operations with 200+ ultra-class (400+ ton) hauler fleets and larger capacity excavators, generates magnitude challenges from intertwined power delivery through battery capacity and charging technologies. Operations further face compounding issues from planning through operation, necessitating a milestone change in operational culture, proportional to advantaging new SMR electrification opportunities. With an end goal focus of a pathway to zero emissions plus lowering operating cost per ton mined, the mining industry represents a substantially significant and essential proportion of a new Canadian SMR market, let alone what the global mining sector represents.

This presentation will highlight the opportunity, need and challenges for SMR technology in Canada and the global mining industry; the status of industrial scale battery & dynamic charging development; and what it will take for the Canadian and global surface mining industry to be ready for electrification in driving for zero emissions and a low cost per ton.

2:00 pm - 2:20 pm - Raphaël Schirrer & Christophe Zaia, Ekium Canada - Coupling Nuclear and Hydrogen Harnessing Small Modular Reactors for Scalable and Sustainable Hydrogen Production

Nuclear-powered hydrogen production, or "pink hydrogen," offers a reliable and scalable solution for decarbonization, with Small Modular Reactors (SMRs) emerging as a key enabler. SMRs generate high temperatures and operate at high capacity factors, making them well-suited for efficient hydrogen production via advanced methods like High-Temperature Steam Electrolysis (HTSE). This study highlights the potential of SMRs in decarbonizing hydrogen production, presenting a use case that demonstrates their ability to deliver scalable, cost-effective, and clean hydrogen, supporting global clean energy transitions.