Inherently safer design tool (i-SDT): A property-based risk quantification metric for inherently safer design during the early stage of process synthesis
In this work, an Inherently Safer Design Tool (i-SDT) is presented for early stage process
synthesis to characterize and track the risk associated with different life-cycle phases of
industrial processes. It also helps to develop characteristic equations for different safety
parameters (ie, flammability, explosiveness, toxicity, etc.) under various operating
conditions. This property-based inherent safety quantification metric is a tailor made semi-
quantitative safety analysis tool which provides safety assessment in a continuous manner …
synthesis to characterize and track the risk associated with different life-cycle phases of
industrial processes. It also helps to develop characteristic equations for different safety
parameters (ie, flammability, explosiveness, toxicity, etc.) under various operating
conditions. This property-based inherent safety quantification metric is a tailor made semi-
quantitative safety analysis tool which provides safety assessment in a continuous manner …
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