August 20, 2020 10 AM
The International Generation IV Forum’s Generation IV Risk and Safety Working Group (RSWG) developed an Integrated Safety Assessment Methodology (ISAM) to support the concept that safety is “built in” the Gen IV reactor design processes rather than “added on”. ISAM accomplishes this by assimilating safety requirements as reactor systems are conceptualised and designed. The methodology is useful not only for the Gen IV technology development cycle but also for the Small Modular Reactor (SMR) concept and design development.
In this Webinar, which is a preview of the in-person workshop for G4SR-2 international conference in 2021, Dr. Thambiayah (Nithy) Nitheanandean, Director, Engineering Design Assessment Division, CNSC, is an ISAM expert and will introduce ISAM concept, provide examples of Gen IV advanced reactors applications, and list some relevant work from Generation IV Risk and Safety Working Group (RSWG).
Integrated Safety Assessment Methodology
Date: August 20th, 2020
Location: via webex
Time: 10:00-11:30 am EDT time
· Ron Oberth, President & CEO, OCNI
· Wilson Lam, G4SR-2 Chair, Canadian Nuclear Society
· Dr. Thambiayah (Nithy) Nitheanandean, Director, Engineering Design Assessment Division, CNSC\
Registration is required, register HERE
There are five main tools in ISAM, namely, (1) Qualitative Safety Features Review (QSR), (2) Phenomena Identification and Ranking Table (PIRT), (3) Objective Provision Tree (OPT), (4) Deterministic and Phenomenological Analyses (DPA), and (5) Probabilistic Safety Analysis (PSA). Each tool is intended to be used in answering specific safety-related questions in diverse degrees of detail and during different stages of design maturity. The ISAM tools is expected to be used throughout the concept development and design phases to derive insights to influence the course of the design evolution. The application of these tools would yield an objective understanding of risk contributors, effectiveness of safety-related design provisions, sources and impacts of uncertainties, and other safety-related issues that are important for a successful design. The tools also present a measure of design maturity, in terms of the level of safety and risk associated with the conceptual design relative to safety objectives.
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