Our collaboration hub supports the Canadian nuclear industry's existing operations and new construction projects, including the integration of digital technologies and lessons learned into new builds.
Recognizing the importance of a clear and predictable regulatory landscape, this session explores how the Government of Canada is improving regulatory processes to support timely assessments and investment certainty for major projects, including new nuclear builds.
The nuclear industry has shifted from policy goals to physical infrastructure as it enters a phase focused on construction and delivery. This presentation examines the current global landscape including the rising energy needs of the digital economy and the strategic models used in leading international markets. Participants will learn how to navigate supply chain constraints and leverage the financial frameworks required to make new projects viable. We will discuss why standardized fleet deployment is necessary to drive down costs and how a coordinated strategy can transform ambitious targets into reliable energy assets.
MODERATION: Muhammed Khan - Director Projects - Bird Construction
PARTICIPATION by: Chanmin Lee - Director of New Build Incubator at Candu Energy Inc, an AtkinsRéalis company / Jennifer Wong - National Power Generation Leader - Accenture / Chris Dixon - Vice President, Nuclear, Laurentis Energy Partners / Chad MacLean - Sr Director, Business Dev & Transformation - Bruce Power / Sonia Qureshi - Vice President, Projects and Chief Technology Officer at Conexus Nuclear Inc.
This presentation provides an overview of the Canadian supply chain for medical isotopes, including the entire production pipeline from Canada’s network of research and power reactors and accelerators, to leading radiopharmaceutical development and manufacturing companies, to transportation exports, and to the world-class hospitals working to deliver life-saving procedures to patients. This presentation also identifies key opportunities and areas for Canadian leadership and growth within the global nuclear medicine market.
Canada has been a global leader in Cobalt-60 production, research and use for decades. Most of the world’s Co-60 came from Canada’s Chalk River reactors, and Canada’s Co-60 business has since transitioned smoothly to Canada’s power reactors, allowing Canada to be the dominant global producer of Co-60 since 1951. Canada is responsible for 80% of the Co-60 on the market today and Canadian Cobalt-sterilized medical equipment can be found in healthcare facilities and clinics all around the world.
Actinium-225 is a radiotheranostics isotope that has been dubbed one of the ‘rarest radioisotopes on Earth’ because it is so difficult to source and produce at a commercial level. CNL has formed a new joint venture, Actineer, with ITM that is revolutionizing the way that Ac-225 is produced. Through these efforts, more hospitals and researchers will have access to this highly promising isotope for cancer treatment.
The first step in the isotope production pipeline is securing stable isotopes and target materials needed for irradiation. In an era of uncertainty, geopolitical tensions, and airline fluctuations, having a secure supply of stable isotopes is key to Canadian growth.
Opportunities to expand isotope production, drive innovation across the value chain, and strengthen industry-wide collaboration in Canada.
MODERATION: Melody Greaves - Executive Dir & VP Government Relations - CNIC Canadian Nuclear Isotope Council
PARTICIPATION by: Chris Horne - Director, Commercial Isotopes & NSS Strategy - Ontario Power Generation / Alex Wellstead - Director of Public Affairs and Government Relations (Ontario) - Novartis / John Orr - Director of Strategy-New Reactors and New Markets at Candu Energy Inc, an AtkinsRéalis company
Looking ahead to 2035, we’ve identified key digital solutions or approches vital to transform each stage of a Nuclear project lifecycle, whether it is to support new build, generation or decommissioning.
Artificial Intelligence (AI) is fundamentally transforming nuclear technology and energy applications by offering advanced solutions to long-standing challenges.
Artificial Intelligence (AI) and digitalization efforts in the nuclear sector should be seeing through collaborative initiatives with industry partners and regulators, focusing on innovation, R&D, and the safe integration of these technologies.
AI & Analytics helps organizations unlock the full value of their data through advanced analysis and intelligent solutions.
How AI can both threaten and enhance security measures, particularly in the protection of critical national systems.
MODERATION: Accenture - Maciej Hryniewicki - Canada AI & Data Lead for Utilities
PARTICIPATION by: Mike Welland - Associate Professor - McMaster University / Moe Fadaee - Leading ML/AI team - Kinectrics / Kelly Curtis - Program Director of I.T. Operations at Conexus Nuclear Inc / Rob Jamieson
Director AI and Automation at Candu Energy Inc, an AtkinsRéalis company. / Tam Jeffs - Director Nuclear QA and Management Systems at NPX
MODERATION: AECL Atomic Energy of Canada Limited - Amy Gottschling - VP Science, Technology & Commercial oversight
PARTICIPATION by: Kate Huner-Johnson - Director of Science and Technology Strategic Partnerships - CNL Canadian Nuclear Laboratories / Les Jacobs - Vice President Research & Innovation - Ontario Tech University / Sriram Suryanarayan - Director Innovation - Kinectrics / John Preston - Associate Vice President Nuclear - McMaster University / Chad MacLean - Sr Director, Business Dev & Transformation - Bruce Power
The large, anticipated growth in the nuclear sector in Canada is clear. An effective strategy for supplying a workforce to support this growth is not yet clear. Universities and colleges provide the baseload of workforce supply, which is expected to continue with a strong baseline on technology and innovation.
Extensive nuclear power plant computer simulation for superior training engineering program. Nuclear Simulation Lab a state-of-the-art computer and display system for the operation and simulation of nuclear power plants.
Home to the Canada’s most powerful nuclear research reactor, McMaster University is training the nuclear engineers, scientists, and healthcare leaders of tomorrow.
MODERATION by Mark Skuce - Director, Learning and Development at Conexus Nuclear Inc / PARTICIPATION by Richard Ireland
Senior Manager Simulator Services at Ontario Power Generation / Filippo Genco - Industry Training Director & Associate Teaching Professor at Ontario Tech University / Markus Piro - Associate Professor at McMaster University / Akira Tokuhiro - Professor - Ontario Tech University / Sam Stephens - Director, Head of Digital, Nuclear at Candu Energy Inc, an AtkinsRéalis company
MODERATION by Adam Kahgee - Director Indigenous Relations and Business Partnerships - Bruce Power / PARTICIPATION by Mikayla Woodward Project Advisor - First Nations Power Authority / Savalaxs (Sara) Supa-Amornkul - Director of International Business Development - Candu Energy Inc, an AtkinsRéalis company /