INCREASED RISK OF CHEMICAL TERROR ATTACKS

A. Gonciarz, Robert Pich
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Abstract

The risk of using highly toxic chemicals in a terrorist attack is resurfacing. Over the last fewdecades, terrorists have proven that they can source, develop and produce their own toxicchemicals. These substances are particularly dangerous for civilians who do not have access tothe protective equipment to be used in the event of contamination. It is impossible to guaranteefull public security in relation to the threats of chemical terrorism. Only trained, functioningand cooperating elements of state crisis response systems (mainly: medical rescue services,fire brigades, the police and the army) are capable of minimising the negative effects of theseattacks on the civilian population. This problem is becoming particularly important in view of theongoing Russian-Ukrainian war and the potential use of chemical weapons by the Russian army.An important problem impacting the extent of poisoning after a chemical attack is secondarycontamination of people and emergency equipment. The authors, through a detailed descriptionof the sources of secondary pollution, propose a number of solutions aimed at minimizing the riskof poisoning in people who are not directly exposed to chemical hazardous agents as a result ofsecondary contamination. The proposed solutions are based on the experience of chemical troopsin the elimination of chemical contamination of a large number of people, as well as the experienceof the authors related to the implementation of research and development projects regarding theprotection and operating procedures of rescue services in CBRN contamination zones.
化学恐怖袭击的风险增加
在恐怖袭击中使用剧毒化学品的风险再次出现。在过去几十年中,恐怖分子已经证明他们可以自己寻找、开发和生产有毒化学品。这些物质对平民尤其危险,因为他们在受到污染时无法使用防护设备。面对化学恐怖主义的威胁,不可能保证完全的公共安全。只有国家危机应对系统(主要是:医疗救援服务、消防队、警察和军队)中训练有素、正常运作和相互合作的人员,才有能力将这些袭击对平民的负面影响降到最低。鉴于俄乌战争正在进行,俄罗斯军队可能使用化学武器,这一问题变得尤为重要。作者通过对二次污染源的详细描述,提出了一系列解决方案,旨在最大限度地降低因二次污染而未直接接触化学危险品的人员中毒的风险。所提出的解决方案基于化学部队在消除大量人员化学污染方面的经验,以及作者在实施有关化学、生物、辐射和核污染区内救援服务的保护和操作程序的研发项目方面的经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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