盐的吸附特性研究——以钾矿大气中气体为例

IF 0.1 Q4 GEOSCIENCES, MULTIDISCIPLINARY
A. Sukhanov, Nikita Bruev, R. Gazizullin, Alexey Starikov
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引用次数: 0

摘要

目前,矿山企业的重要任务之一是开发提高地下矿井通风系统能效的新途径。其中一项措施是引入通风方案,部分再利用出风口,为后续工作区域通风。通过对钾肥阵列特性的全面研究,可以证实所提出措施的安全性。这些特性之一是钾盐能够主动吸收从矿井大气中排出的气流中存在的有害气体杂质。本文介绍了钾质块体吸附气体的科学依据,以及一些自然和实验室研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RESEARCH OF SORPTION PROPERTIES OF SALT ON THE EXAMPLE OF GASES CONTAINED IN THE ATMOSPHERE OF POTASSIUM MINES
Currently, one of the important tasks of mining enterprises is the development of new ways to improve the energy efficiency of ventilation systems in underground mines. One of these measures is the introduction of ventilation schemes with partial reuse of outgoing air to ventilate subsequent work areas. The safety of the proposed measure can be substantiated by a comprehensive study of the properties of the potash array. One of these properties is the ability of sylvinite to actively absorb harmful gaseous impurities present in the outgoing air stream from the mine atmosphere. The paper presents the scientific substantiation of the sorption of gases by the potash massif, as well as a number of natural and laboratory studies.
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