Analysis of the influence of technogenic facilities of the Lysychansk-Rubizhne industrial hub on the ecological state of the natural environment

Nina Mikhalkova, A. Kononenko, I. Udalov
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Abstract

Formulation of the problem. The paper is devoted to the study of the ecological state of the natural environment components in connection with the impact of technogenic facilities of the Lysychansk-Rubizhne industrial hub. The purpose of the paper is to analyze the technogenic impact of the Lysychansk-Rubizhne industrial hub on the natural environment components. Materials and methods. The natural environment components data including atmospheric air, soil, surface water, groundwater from the Regional Report on the natural environment state in Luhansk region were used and analyzed. The total pollution index was calculated to determine the level of soil contamination in the areas of biggest technogenic impact. The places furthest from the cities with powerful sources of the natural environment pollution are allocated. Mathematical processing of geochemical information was performed on separate samples. The containing of specific chemical elements in the soils of Lysychansk-Rubizhnе industrial hub is calculated. The obtained data were used to calculate the concentration coefficient. The level of chemical contamination of soils as an indicator of adverse effect on public health is determined by following indicators: 1) the chemical substance concentration coefficient (Kc), which is determined by the ratio of its actual containing in the soil (C) to the background containing (Cb); 2) the total pollution index (Zc), which is equal to the sum of the concentration coefficients of chemical elements. Results. As a result of the study, it was found that the territory of the Lysychansk-Rubizhne industrial hub is still under a huge technogenic impact, despite the closure of many enterprises. Abandoned settling tanks, sludge collectors, spoil tips, landfills of various industrial wastes and other are one of the main sources of the natural environment pollution today. The ecological state of the natural environment components (atmosphere, surface water, soil and groundwater) is described in the paper. Quite positive changes are observed only in the situation with atmospheric air. The tendency to reduce emissions of pollutants into the atmosphere is associated with the liquidation of industrial enterprises over the past 20 years. The state of other natural environment components remains unsatisfactory: surface water, soil and groundwater are contaminated with heavy metals, petroleum products, nitrates, nitrites, etc. (the nature of the pollutants depends on the nearby technogenic facilities). It is noted that these technogenic facilities lose their waterproofing over the years, so they are currently sources of pollutant migration to the natural environment. Scientific novelty and practical significance. An integral assessment of the Lysychansk-Rubizhne industrial hub impact on the natural environment components, which allowed us to talk about the different degree of technogenic impact and different influence factors, is the scientific novelty of the study. The different genesis of pollution in the given area is proved. It is established that there is an infiltration from the surface on the left bank and pollution of deep origin on the right bank. The long-term forecasts of changes in the ecological state of the Lysychansk-Rubizhne industrial hub territory are given as practical use of the obtained results. It is proposed to carry out continuous monitoring of the natural environment for a more detailed study of the environmental situation.
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利sychansk- rubizhne工业枢纽技术设施对自然环境生态状态的影响分析
问题的表述。本文致力于研究自然环境成分的生态状态,并与Lysychansk-Rubizhne工业中心的技术设施的影响有关。本文的目的是分析利sychansk- rubizhne工业中心对自然环境成分的技术影响。材料和方法。利用《卢甘斯克地区自然环境状况区域报告》中的大气、土壤、地表水、地下水等自然环境成分数据进行分析。计算总污染指数以确定技术影响最大地区的土壤污染水平。对自然环境污染源较强的城市,要安排在离城市最远的地方。对不同样品的地球化学信息进行数学处理。计算了lysychansk - rubizhneh工业中心土壤中特定化学元素的含量。所得数据用于计算浓度系数。土壤化学污染程度作为对公众健康不利影响的指标,由以下指标确定:1)化学物质浓度系数(Kc),由土壤中化学物质的实际含量(C)与背景含量(Cb)之比确定;2)总污染指数(Zc),等于各化学元素浓度系数之和。研究结果发现,尽管许多企业关闭,但Lysychansk-Rubizhne工业中心的领土仍然受到巨大的技术影响。废弃的沉淀池、污泥收集器、废渣倾倒、各种工业废物的填埋场等是当今自然环境污染的主要来源之一。本文描述了自然环境成分(大气、地表水、土壤和地下水)的生态状态。只有在有大气的情况下才观察到相当积极的变化。减少向大气排放污染物的趋势与过去20年来工业企业的清算有关。其他自然环境成分的状况仍不令人满意:地表水、土壤和地下水受到重金属、石油产品、硝酸盐、亚硝酸盐等污染(污染物的性质取决于附近的技术设施)。值得注意的是,这些技术设施多年来失去了防水功能,因此它们目前是污染物向自然环境迁移的来源。具有科学新颖性和现实意义。对Lysychansk-Rubizhne工业中心对自然环境组成部分的影响进行综合评估,使我们能够讨论不同程度的技术影响和不同的影响因素,这是该研究的科学新颖性。证明了给定地区污染的不同成因。确定了左岸有地表入渗,右岸有深层污染。对利sychansk- rubizhne工业中心地区生态状态变化的长期预测作为所获得结果的实际应用给出。建议对自然环境进行连续监测,对环境状况进行更详细的研究。
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