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Cost effective inherent safety index for polymer electrolyte membrane fuel cell systems

Abstract

There have been many indices available in the process industries to describe, rank or quantify hazards to people, properties and environments. Most of the developed methods were meant to be applied to large scale and complex systems of process industries. Development of a swift and simple inherent safety index method which is relevant to small scale, less complex membrane fuel cell system particularly the one in which to be applied during an early design stage is essential as an alternative to current comprehensive and yet time-consuming indices. In this work, a modified version of PIIS, modified prototype index for inherent safety (m-PIIS) was developed with the objectives of identifying, indicating and estimating inherent safety of fuel cell system at an early design stage. The developed index was tested at four proton exchange membrane (PEM) fuel cell systems namely high pressure PEMFC system, low pressure PEMFC system, LH2 PEMFC system and on-board Me-OH PEMFC system. The developed index was also benchmarked against the original PIIS and ISI using the published results for the selection of process routes in MMA production. Results have indicated that m-PIIS has strong positive relationship with PIIS and ISI on most of the reaction step in MMA with the most significant are the C4, TBA, and C3 reaction steps. Other reaction steps such as C2/MP, C2/PA and ACH showed a strong positive relationship as well.

Related subjects: Safety
Countries: Malaysia
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2013-09-13
2021-10-21
http://instance.metastore.ingenta.com/content/conference580
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Cost effective inherent safety index for polymer electrolyte membrane fuel cell systems

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