OCNI Workshop Kathryn A. McCarthy, VP R&D 2017 September 6 Petawawa Golf Club Kathryn A. McCarthy, VP R&D 2017 September 6 OFFICIAL USE ONLY

Science & Technology Federal Decommissioning & Waste Management Providing solutions to challenges in energy, health, safety, security and the environment Science & Technology Federal Decommissioning & Waste Management Science & Technology Commercial Federal ENERGY HEALTH SAFETY & SECURITY ENVIRONMENT

CNL 10-Year Plan What Does Canada Need? What Does the World Need? Builds on Canada’s strong history of nuclear energy science and technology leadership Continues our support to the CANDU industry Continues our support to the Federal family Identifies growth areas for CNL leveraging on our differentiating capabilities – what can we do that others cannot, and what do we do best? Small Modular Reactors Nuclear Cyber Security Life Extension and Long-Term Reliability of Existing Reactors Advanced Fuel Fabrication Decarbonizing the Transport Sector and Remote Communities in Canada Alpha Research Institute Nuclear Forensics

CNL 10-Year Plan What Does Canada Need? What Does the World Need? Builds on Canada’s strong history of nuclear energy science and technology leadership Continues our support to the CANDU industry Continues our support to the Federal family Identifies growth areas for CNL leveraging on our differentiating capabilities – what can we do that others cannot, and what do we do best? Small Modular Reactors Nuclear Cyber Security Life Extension and Long-Term Reliability of Existing Reactors Advanced Fuel Fabrication Decarbonizing the Transport Sector and Remote Communities in Canada Alpha Research Institute Nuclear Forensics

Technologies to Improve Decommissioning and Environmental Remediation Activities R&D Supports the D&WM Mission at CNL Developing and assessing technologies to improve decommissioning and environmental remediation activities, and move those with promise to the prototype stage. New detector technology can detect alpha-emitting nuclides in wet soil. Today wet soil is sampled, taken to the lab, dried out and analyzed before you know if it is contaminated. New detector can detect alpha contamination in wet soil in the field. We have identified a compound with considerably higher IX capability than standard sorbents discussed in literature.

Nuclear Cyber Security Cyber Security of Industrial Control Systems is a Growing Concern in All Industries Demand is high for modern, technology-based solutions to cyber security risk Most solution providers are focused on conventional hacking and data theft Cyber security of industrial control systems used in nuclear power plants and other critical energy infrastructure, as well as non-nuclear process plants, is in its infancy Utilizing a new nuclear cybersecurity testing facility, CNL will develop solutions to industrial control cyber intrusion, including detection and mitigation Commercialize and deploy a nuclear industrial control cyber intrusion detection and mitigation system by 2022

Cyber Research Facility Underpinning cyber security program is a facility to support evidence-based research for I&C systems Multi-layered defensive architecture - safety critical, and process control including interfaces to business systems Realtime process control capability (e.g., level, flow, pressure) Industrial network protocols – OPC, MODBUS, Fieldbus, ProfiNet Installation and commissioning in progress; operational in 2018 OFFICIAL USE ONLY

Small Modular Reactors CNL Vision is to be a Recognized Hub for SMRs, Where Multiple Vendor-Supported Prototypes are Built and Tested Small Modular Reactors potentially have a lower-entry-to-market cost; their ability to compete economically remains to be proven Risks to SMR success include Technical Risk Regulatory Risk Financial Risk The CNL site provides a unique combination of technical capabilities, together with a CNSC license, that are essential to reducing the technical, regulatory, and financial risks associated with SMRs CNL Issued an SMR Request for Expressions of Interest in June Demonstrate the commercial viability of the small modular reactor by 2026

SMR Request for Expressions of Interest Concluded August 9 Understand vendor readiness: financial, technical, etc. Understand vendor needs in R&D facilities, expertise and services Obtain information to guide the development of our SMR program CNL to begin generic siting activities this year Engage with broader community of governments, funders, host locations and potential end-users Understand the potential opportunities for new prototype and demonstration reactors Measure respondent interest in constructing a prototype or demonstration reactor on a CNL site through this RFEOI, CNL is seeking non-binding engagements with industry and other stakeholders to better inform a future program to host a demonstration or prototype reactor at CNL

Over 70 Responses! 15 expressions for prototype or demonstration reactors at CNL Preliminary

Geographical Distribution of Responses Responses from all over the world Preliminary

Geographical Distribution of Responses Responses from all across Canada Preliminary

Vendors Represent a Range of Designs Preliminary

Stay tuned! To receive updates on the RFEOI and the SMR program, visit www.cnl.ca/smr and join our mailing list Hamlet of Kugluktuk OFFICIAL USE ONLY

Kathy McCarthy Vice-President, R&D kathryn.mccarthy@cnl.ca www.cnl.ca Security Identifier