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Thermal Radiation from LNG Trench Fires. Volume 2. Data
The current federal regulations for LNG facilities require a thermal radiation exclusion zone for public safety around spill impoundment systems. The size of this zone is determined by applying a thermal radiation model that was developed for large circular or near circular pool fires. Since trench (elongated pool) fires behave differently from circular pool fires, an experimental test program was conducted to monitor the fire behavior and thermal radiation from large-scale LNG trench fires. This volume presents all of the data obtained from the trench fire experiments. Details of each experiment, the various types of instrumentation employed, their method of calibration and data analysis techniques are described in Volume I of this report, along with a discussion of project results, including a new trench fire radiation model.
Thermal Radiation from LNG Trench Fires. Volume 2. Data
The current federal regulations for LNG facilities require a thermal radiation exclusion zone for public safety around spill impoundment systems. The size of this zone is determined by applying a thermal radiation model that was developed for large circular or near circular pool fires. Since trench (elongated pool) fires behave differently from circular pool fires, an experimental test program was conducted to monitor the fire behavior and thermal radiation from large-scale LNG trench fires. This volume presents all of the data obtained from the trench fire experiments. Details of each experiment, the various types of instrumentation employed, their method of calibration and data analysis techniques are described in Volume I of this report, along with a discussion of project results, including a new trench fire radiation model.
Thermal Radiation from LNG Trench Fires. Volume 2. Data
J. Moorhouse (Autor:in) / P. A. Croce (Autor:in)
1984
297 pages
Report
Keine Angabe
Englisch