The 38th Annual Loss Prevention Symposium
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The 38th Annual Loss Prevention Symposium
Abstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and Reacti The 38th Annual Loss Prevention Symposiumive HazardsT7002Loss Prevention Aspects of Large Storage Tank DesignT7003Safety Instrumented Systems/Layer of Protection AnalysisT7004Advances in Consequence Modeling IT7005Engineering Solutions to Facility Security ChallengesT7006Case Histories and Lessons LearnedT7007Advances in Consequence Modeli The 38th Annual Loss Prevention Symposiumng IIT7001 - Fire, Explosion and Reactive Hazards (Dan Crowl, Chris Hanauska)Inerting for Explosion PreventionFrank. Walt (speaker)ABS Consulting5301The 38th Annual Loss Prevention Symposium
Limestone Road, Suite 210Wilmington, DE USA, 19808tel. 302-239-0496, fax 302-239-0306Email: wfrank@absconsulting.comAbstract:Oxidant concentration conAbstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and Reacti The 38th Annual Loss Prevention Symposium implementing an inerting system are not always straightforward, and the Law of Unintended Consequences can come into play. This paper is intended to relate a broad range of guidance relative to the design and implementation of inerting systems and to provide a number of caveats addressing some of t The 38th Annual Loss Prevention Symposiumhe more common stumbling points. Additionally, a novel basis will be described for designing inerting systems for a particularly challenging equipmentThe 38th Annual Loss Prevention Symposium
configuration ■ vessels with large height-to-diameter ratios, such as silos.T7001 • Fire, Explosion and Reactive Hazards (Dan Crowl. Chris Hanauska)HAbstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and Reacti The 38th Annual Loss Prevention Symposiumsa.ĩ .Ong.fflcsb.govAbstract:On January 16.2002 at the Georgia-Pacific Nahcola Mill in Pennington. AL. sulfuric acid mixed with sodium hydrosolI'itle (NdSH) in d proc ess sewer and produc ed highly toxic hydrogen sulfide (H2S) gas. The H2S leaked from a gap in the seal of the sewer man way. Several The 38th Annual Loss Prevention Symposiumpeople working near the manway were exposed to the gas. Two contractors from Burkes Construction, inc., were killed. Eight people were injured-seven eThe 38th Annual Loss Prevention Symposium
mployees of Burkes Construction and one employee of Davison Transport, Inc. Choctaw County paramedics who transported the victims to hospitals reporteAbstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and Reacti The 38th Annual Loss Prevention Symposiumth significant increases in temperature, pressure, or gas evolution-that has caused, or has the potential to cause, serious harm to people, property, or the environment.Based on this definition, the incident that occurred at the Georgia-Pacific Naheola mill is a reactive chemical incident.Because of The 38th Annual Loss Prevention Symposium the serious nature of this incident, the CSB initialed an investigation to determine the root and contributing causes and to issue recommendations toThe 38th Annual Loss Prevention Symposium
help prevent similar occurrences.This report identifies the root and contributing causes of the incident and makes recommendations on reactive hazardAbstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and ReactiAbstracts Accepted forThe 38th AnnualLoss Prevention SymposiumNew Orleans, LouisianaApril 26-29,2004Symposium Sessions:T7001Fire, Explosion and ReactiGọi ngay
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