Forensic Engineering Techniques For Testing And Predicting Lp-Gas Container Relief Venting

Authors

  • James A. Petersen

DOI:

https://doi.org/10.51501/jotnafe.v21i2.637

Keywords:

Gas

Abstract

When An Lp-Gas Container Is Involved In A Fire, Flammable Gas Is Usually Vented From The Relief Valve. One Of The First Questions Is Whether The Container Vented The Gas That Caused The Fire Or Whether Gas Was Vented Due To The Fire Heating The Container. If The Relief Valve Vents Gas That Initiates The Fire, It Is Usually Due To An Overfilled Container. This Paper Discusses; 1) The Prediction Of The Rate Of Container Warming Due To Normal Temperature Changes, 2) The Resulting Pressure Changes Of The Liquefied Gas, 3) The Reaction Of The Pressure Relief Valve And The Quantity Of Lp-Gas Vented During The Operation Of The Relief Valve, 4) Designing The Experiment And 4) Adjusting The Model To Reflect Test Data.

Published

2004-01-01

How to Cite

Petersen, James A. 2004. “Forensic Engineering Techniques For Testing And Predicting Lp-Gas Container Relief Venting”. Journal of the National Academy of Forensic Engineers 21 (2). https://doi.org/10.51501/jotnafe.v21i2.637.

Issue

Section

Articles