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Safety and security issues relating to low capacity storage of AN-based fertilizers

机译:与基于AN的肥料的低容量存储有关的安全和保障问题

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摘要

Motivated by both the Toulouse explosion, and a series of recent unexpected handling and storage accidents in well-developed countries, the safety issues associated with the storage of fertilizer grades of ammonium nitrate (AN) are considered with a focus on low storage capacity premises. Such facilities are numerous and, in large agricultural countries, include thousands of end-users and hundreds of small distributors. The strong oxidative (sometimes explosive) properties of products containing significant amounts of AN have led to a long history of major accidents including mass explosions in large storage units and pre 1950s, to mass explosions in ships. A major breakthrough in safety was achieved in the 1950s, with the promotion - amongst other improvements - of better anti-caking agents. Although modern AN fertilizers complying with current standards are not considered as explosive material per se, the latent risk of accidental detonation under specific conditions remains a real issue, and from a scientific point of view, cannot be completely ruled out—as dramatically demonstrated by the Toulouse disaster in France. The new insight provided here is derived from: (1) a literature review on hazardous properties of AN and AN-based fertilizers; (2) a review of accidents focusing more particularly on the reporting of recent new cases involving relatively small quantities of previously 'thought safe" products; (3) an examination of both the relevant regulatory framework and the level of hazard control achieved; (4) appropriate discussions of the economical, technical and organizational factors that could lead to some underestimation of the risk compared to large scale storage facilities. In terms of research requirements, the complex potential scenario 'mass explosion following a fire' requires further attention, as does the role and properties of molten ammonium nitrate, which could be the precursor for such an event to occur. Beyond research needs, reinforced legislative control by the authorities and further promotion of safe storage practices must be encouraged by the industry for end-users particularly. Such users have inherently the highest potential for undesirable situations, due both to the nature of their activities and also a possible lack of awareness of the real danger.
机译:由于图卢兹爆炸和最近在发达国家发生的一系列意外的处理和存储事故,促使人们考虑到与存储肥料等级的硝酸铵(AN)相关的安全问题,重点是低存储容量的场所。这样的设施众多,在大型农业国家中,包括成千上万的最终用户和数百个小型分销商。含有大量AN的产品具有很强的氧化性(有时具有爆炸性),导致了重大事故的悠久历史,包括大型储藏室和1950年代以前的大规模爆炸,以及船舶的大规模爆炸。 1950年代,在安全方面取得了重大突破,其中包括改进和改进了抗结块剂。尽管符合当前标准的现代AN肥料本身并不被认为是爆炸性材料,但在特定条件下发生意外爆炸的潜在风险仍然是一个现实问题,并且从科学的角度来看,不能完全排除这种危险-正如食品安全专家所证明的那样。法国图卢兹灾难。这里提供的新见解来自:(1)关于AN和基于AN的肥料的危险性的文献综述; (2)审查事故,尤其侧重于报告涉及相对少量的先前“认为安全”产品的新案件;(3)审查相关的监管框架和所达到的危害控制水平;(4 )适当讨论经济,技术和组织因素,这些因素可能导致与大型存储设施相比,风险被低估了;就研究要求而言,复杂的“火灾后爆炸”的潜在场景需要进一步关注,硝酸铵的作用和性质可能是此类事件发生的先兆,除了研究需求之外,行业还必须鼓励最终用户特别鼓励行业当局加强立法控制以及进一步促进安全存储实践。由于他们的活动性质,这类用户天生具有发生不良情况的最大潜力a可能还没有意识到真正的危险。

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