Life Cycle Design Criteria for Engine Oil Filters: Allied Signal Case Study

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The life cycle design framework developed at the University of Michigan was applied by AlliedSignal to improve the manufacture, use, and end-of-life management of automobile oil filters. Three oil filter designs were investigated: a conventional spin-on filter which is a single-use product, a cartridge filter consisting of a reusable housing and a replacement cartridge, and a cleanable design which uses a reusable housing and cleanable filter element. Environmental, cost, performance, and legal requirements were developed using a matrix tool and tradeoffs between these requirements were studied. These design criteria are presented along with results from an analysis of user life cycle costs and a simplified life cycle energy analysis. Key systems of the life cycle design framework, which is based on systems analysis, multiobjective analysis, and multistakeholder participation, are also described.

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SAE Technical Paper Series
Date Published: 
October 1, 1995
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Full Citation: 
Keoleian, Gregory A. (1995) "Life Cycle Design Criteria for Engine Oil Filters: Allied Signal Case Study." Society of Automotive Engineers Technical Paper Series, Paper No. 951849.
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