Addressing end of commercial operation challenges and emerging issues often require innovative and multidisciplinary solutions that involve elements of engineering from: materials, chemistry, stress analysis, thermal-hydraulic analysis, probabilistic assessment methods, examination and inspection approaches, and operational strategies. This is the case for most major nuclear plant systems and components, regardless of reactor type.The focus for the MCFD-2024Conference is on the challenges, innovations, and experiencesencountered when addressing issues of chemistry, materials, or fitness-for-service innuclear power plants.
The3rd International Conference of MATERIALS, CHEMISTRY AND FITNESS-FOR-SERVICE SOLUTIONS for Nuclear Systems (MCFD 2024) will be of interest to representatives from various sectors of the nuclear industry including: material and equipment vendors, technical and engineering service providers, utility technical staff, regulators, designers, researchers, students, and academia.
Canadian Nuclear Laboratories (CNL) President Message for MCFD2024
Brought to you by The CNS – Materials, Chemistry & Fitness-for-service Division (MCFD)
Sharing technical engineering solutions in support of long-term operation, refurbishment of major components, and newbuilds
Mark Knutson is the Chief Enterprise Engineer, Chief Nuclear Engineer and the Senior Vice President of Enterprise Engineering for Ontario Power Generation. OPG is located in Ontario, Canada and is a major generator of electricity with a fleet of 10 nuclear reactors, 66 hydro stations, 2 thermal stations and a solar energy station. This position leads an engineering organization of over 1400 personnel to provide design, system, component and inspection expertise for OPG. OPG is supported by his leadership in many significant projects such as refurbishing four nuclear reactors at the Darlington Station to extend the Station’s operation an additional 35 years and preparing to build a new reactor at the Darlington site.
Deputy Vice President of Science and Technology, Canadian Nuclear Laboratories
Dr. Radford starting his career in the nuclear industry as a research scientist in 1989 with Atomic Energy of Canada Ltd. and has over 30 years of experience in R&D. Prior to becoming a manager at AECL in 2007 Darren specialised in the effects of irradiation on materials and reactor components, and between 2000 and 2005 he worked as a Research Professor at Cambridge University, UK at the Cavendish Laboratory and the Department of Engineering. Darren has held many leadership roles within AECL R&D (now CNL S&T), and moved into the Deputy VP role in 2019/20.
Darren supports the VP of S&T and has responsibility of the operations and delivery of the S&T Mission (>1000 staff), and provides oversight of the strategic direction of the S&T Mission at CNL.
Dr. Radford is a graduate of the University of Winnipeg, Applied Mathematics and Physics (B.Sc.); University of Manitoba, Mechanical Engineering (M.Sc.); and Carleton University, Mechanical and Aerospace Engineering (Ph.D.).
Ian began his career in 1990 with Ontario Hydro. In his current role as Vice President and previous Director roles, Ian has led the following groups in the Engineering Divisions of Kinectrics & AMEC Foster Wheeler Nuclear Canada, including, Bruce Power Site, Electrical Instrumentation & Control, Mechanical & Civil Design, Equipment Life Cycle & Life Extension, Asset Management, Component Analysis, Fuel & Fuel Channel engineering, Forensics & Repair etc.,. Through that time, he has continued to provide technical engineering expertise to Canadian and International nuclear/thermal/hydroelectric power plants in the areas of forensic failure analysis, identifying root cause, run/repair/replace recommendations and managing asset management programs. This includes leading industry teams and currently still provides expert 3rd party technical support in metallurgical/forensic/structural integrity issues.
MCFD2024 TECHNICAL TOPICS
Components of interest
Steam generator tubing
CANDU fuel channels
PWR plant components
BWR plant components
Steam cycle components, chemistry, and systems
Major heat exchangers
SMR components
Abstracts TOPICS
OPEX and lessons learned from recent plant activities
Case studies
FFS programs, plans, and achievements
Materials factors in issue resolution
Chemistry factors in issue resolution
Regulatory perspectives
Application of codes and standards
Developments in probabilistic assessments
Analytical tools
Novel or innovative solutions
Meeting the challenges of emerging issues
Major Component Replacement
New Plant Construction
CONFERENCE VENUE
Canadian Nuclear Laboratories, Chalk River, Ontario