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RISK-INFORMED SEPARATION DISTANCES FOR USE IN NFPA HYDROGEN CODES AND STANDARDS

机译:用于NFPA氢编码和标准的风险信息隔离区

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The development of separation distances for hydrogen facilities can be determined in several ways. A conservative approach is to use the worst possible accidents in terms of consequences. Such accidents may be of very low frequency and would likely never occur. Although this approach bounds separation distances, the resulting distances are generally prohibitive. The current separation distances in hydrogen codes and standards do not reflect this approach. An alternative deterministic approach that is often utilized by standards development organizations and allowed under some regulations is to select accident scenarios that are more probable but do not provide bounding consequences.
机译:氢设施的分隔距离的发展可以通过几种方式来确定。保守的方法是使用后果最严重的事故。此类事故的发生频率可能​​非常低,并且很可能永远不会发生。尽管此方法限制了分隔距离,但所得距离通常是禁止的。氢法规和标准中的当前分隔距离不能反映这种方法。标准制定组织经常使用的另一种确定性方法,并在某些法规中允许使用这种方法,即选择更可能但不会带来严重后果的事故场景。

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