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Limits to the Effectiveness of Metal-Containing Fire Suppressants. Final Technical Report (NISTIR 7177) (Paperback)
Loot Price: R260
Discovery Miles 2 600
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Limits to the Effectiveness of Metal-Containing Fire Suppressants. Final Technical Report (NISTIR 7177) (Paperback)
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Loot Price R260
Discovery Miles 2 600
Expected to ship within 10 - 15 working days
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This report reviews the literature on metal inhibition of flames
and identifies metal species with potential as fire suppressant
additives. To provide a basis for discussion, the detailed
mechanism of inhibition of iron is reviewed, and the reasons for
its loss of effectiveness are described. The demonstrated flame
inhibiting properties of other metals is then discussed, followed
by a description of the potential loss of effectiveness for these
other metals. The production ban on the widely used and effective
halon fire suppressants due to their ozone depletion potential, has
motivated an extensive search for replacements. Metal containing
compounds have attracted attention- especially for unoccupied
spaces-because of their extraordinary effectiveness in some
configurations. For example, Fe(CO)5 has been found to be up to
eighty times more effective than CF3Br at reducing the overall
reaction rate in premixed methane-air flames, when added at low
concentration. Unfortunately, it has also been found to produce
condensed-phase particles which reduce its effectiveness for
co-flow diffusion flames. Hence, it is of interest to identify
other metal compounds which may be strong flame inhibitors and then
to assess their potential for loss of effectiveness through
condensation. To achieve this goal, the present report provides
background on current understanding of metal inhibition of flames,
identifying metals with fire suppression potential. The inhibition
mechanism of the iron is described, and the followed by a
description of the reasons why it losses its effectiveness in some
flame systems. The equivalent flame inhibiting species of other
metal agents is then discussed, and evidence for any potential loss
of effectiveness for these other metals is assembled and discussed.
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