TECHNOLOGICAL DIRECTIONS AND ECOLOGICAL ASPECTS OF AMMUNITION DISPOSAL IN MINING ENTERPRISES OF UKRAINE

A. Zheltonozhko, V. Kravets, P. Pylypyshyn, V. Demeshchuk, V. Boiko
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Abstract

The chronology of formation of ammunition disposal with expired shelf life is considered. The characteristics of ammunition utilization technologies developed in Ukraine are given, their shortcomings are pointed out. Data on emissions of toxic compounds into the environment due to the implementation of domestic technologies are presented. There is a lack of state control over environmental pollution by toxic compounds during the disposal of various types of ammunition. At the same time, the problem of creating a charge from the PSU, which allows the disposal of ballistic checkers (BС) using them without prior grinding, while increasing the safety of loading. A method of forming a borehole charge of explosives from military ammunition for mass explosions by creating in the core of the well the transfer of detonation to each part of the charge, made of bundles of ballistic checkers, which will ensure the completeness of the initiation of the entire charge and thereby improve the quality of crushing rocks in the lower part of the ledge (sole), reduce the effects of seismic waves, especially on residential buildings, while disposing of ammunition. The developed technique of conducting mass explosions pursues two goals, one of which is aimed at preparing the rock mass for extraction at opencast mining with low-cost explosives, and the second, no less important, solves the problem of disposal of expired ammunition. It is clear that the third no less important goal is lined up for this technology - to provide the technology of economically attractive utilization of BP with new environmentally efficient technological solutions.
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乌克兰矿山企业弹药处置的技术方向和生态方面
考虑了过期弹药处置的形成时间顺序。介绍了乌克兰研制的弹药利用技术的特点,指出了其不足之处。介绍了由于实施国内技术而向环境排放有毒化合物的数据。国家对各类弹药处置过程中有毒化合物对环境的污染缺乏控制。与此同时,从PSU产生电荷的问题,允许处置弹道检查器(BС)使用它们而无需事先研磨,同时增加了加载的安全性。形成一个钻孔的方法从军事弹药爆炸物的大规模爆炸通过创建好爆的转移的核心的每个部分,由包弹道跳棋,这将确保整个电荷的起始的完整性,从而提高破碎岩石的质量的下部边缘(唯一),减少地震波的影响,尤其是在住宅,而处理弹药。已发展的大规模爆炸技术有两个目标,一个是为露天采矿开采准备低成本炸药,另一个同样重要的是解决过期弹药的处理问题。很明显,这项技术的第三个同样重要的目标是为BP提供经济上有吸引力的利用技术和新的环保技术解决方案。
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