The Loss Rate Concept in Safety Engineering |
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Contents
Safety Engineering by the Loss Rate Concept | 3 |
Qualitative Hazard Identification and Loss Control | 10 |
The Chemical Modes of Loss | 17 |
Copyright | |
11 other sections not shown
Common terms and phrases
absorption laws acceptable loss rate AIChE analysis ANSI applicable standard attenuation benefits BLEVE Boolean Boolean algebra capability to cause capability to sustain catastrophic cause statements Chapter Chemical Engineering chemical mode command failures considered containing damage destructive devices die press disability dollars domino effects electrical equipment events and conditions events or conditions example fault tree fire triangle flammable frequency fuel function G₁ gated event hazard identification human loss identified ignition industrial initial conversion injuries input interlock Kilroy failures loss area loss control loss event loss potential loss process loss rate concept mechanical National Safety Council numbers objects of value occur operation petrochemical physical modes present pressure primal cause statements primal events primary failure primary fires probable maximum loss procedures produce reduce the probability redundant reliability risk audit safety engineer shock wave solenoid valve sprinkler steam switch systems modifications systems safety temperature tion traditional safety valid loss exposure workplace