TOPIC:
Reliability Analysis of Centrifugal Pumps using Reliability Block Diagrams
PRESENTER:
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André-Michel Ferrari is a Reliability Engineer who specializes in Reliability Analytics and Modeling which are fundamental to improving asset performance and output in industrial operations. He has approximately 30 years of industrial experience mainly in Reliability Engineering, Maintenance Engineering, and Quality Systems Implementation. His experience includes world-class companies in the Brewing, Semiconductor, and Oil & Gas industries in Africa, Europe and North America.
Throughout his career, André-Michel has strived to provide his customers and peers with practical and effective solutions to improve asset performance, optimize financial spend and improve maintenance strategies. He has published multiple articles on Reliability Engineering Processes and been a regular conference speaker over the last 10 years. He has also mentored countless new engineers and is a passionate contributor to the “Women in STEM” programs.
André-Michel is a Professional Engineer based in Alberta, Canada as well as a Certified Reliability Engineer with the American Society for Quality. His academic credentials include an M.Sc. in Chemical Engineering from École d’Ingénieurs de Marseille, France (1994) and an M.Eng. in Engineering Management from the University of Alberta (2010).
DESCRIPTION:
Reliability Engineering uses a modelling approach specifically known as Reliability Block Diagrams (RBD) in order to evaluate all the characteristics of an asset during its life. The output of this exercise is a dynamic model illustrating different decision-making elements of the asset being studied. This includes economical aspects such as operating costs, spare part management, expected failures and other maintenance outcomes over time. This information allows and operator to correctly budget costs, logistics or labor requirements over the life of the asset. The model also allows the designer to estimate the production output of the asset over time and have a more realistic view of the design output. When it comes to preventive maintenance or redundancy (i.e. adding extra equipment), the model can be altered to visualize the expected output and incremental economical benefits or lack of there off, leading to better decision in terms of capital spending. The author will illustrate the study of a centrifugal pump and help the audience visualize all the above-mentioned aspects.
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