Khanturina G R, Sakiev K Z, Ibraeva L K, Seytkasymova G Zh, Fedorova I A, Zhanbasinova N M
Gig Sanit. 2017;96(2):144-7.
On the territory of Kazakhstan there are uranium deposits, many ofwhich are in mothballed since times of perestroika. Often, the mines are flooded and represent a “time-delay bomb”. Inside of mines various there are accumulated gases of both organic and inorganic nature, periodically thrown out and adversely affecting on the health of local populations. The aim of the study was the investigation of the state of the environment of Esilsky district of the Akmola region by common pollutants and chemicals. As the basic variable for the investigation of ambient air there was accepted the maximum one-time concentration of suspended substances, phenol, nitrogen dioxide, sulfur dioxide. The results were evaluated in relation to the MPC for the analyzed substance in the air according to maximal single MPC (MPCms) and daily average MPC (MPCda). The content of metals in the water was determined with the use of spectrophotometer PD-303S. Evaluation of the results was executed in relation of the MPC of substances in water, by means of the comparison with the requirements of Federal standards for drinking water, samples from drinking water sources. There were executed calculations of the overall index of water pollution (IWVgen), the index of water pollution by heavy metals (IWVhm). Chemical analysis of soil was carried out with the use of spectrophotometer PD- 303S (Japan), the photometer expert-003 “Ekoniks”. Evaluation of the results was carried out with the respect to the MPC in the soil, the toxicity of all components. Summarizing soil pollution index was evaluated for metals contained in the soil at the level of more than or equal to 1 MAC. The settlement Krasnogorskiy and the village of Kalachi were found to be characterized by a low level of air pollution, increased rigidity of drinking water exceeded the maximum permissible concentrations of copper by 3.45 times and chloride by 1.17 times in the soil cover.
哈萨克斯坦境内有铀矿,其中许多自改革时期就被封存。这些矿井常常被水淹没,犹如一颗“定时炸弹”。矿井内积聚了各种有机和无机性质的气体,会定期释放出来,对当地居民的健康产生不利影响。本研究的目的是通过常见污染物和化学物质调查阿克莫拉州叶西尔斯基区的环境状况。作为调查环境空气的基本变量,采用了悬浮物质、苯酚、二氧化氮、二氧化硫的最大一次浓度。根据空气中分析物质的最大单次最大允许浓度(MPCms)和日平均最大允许浓度(MPCda),将结果与空气中该物质的最大允许浓度进行比较来评估。使用PD - 303S分光光度计测定水中金属含量。通过与饮用水源联邦标准要求进行比较,根据水中物质的最大允许浓度对结果进行评估。计算了水污染综合指数(IWVgen)、重金属水污染指数(IWVhm)。使用日本的PD - 303S分光光度计、expert - 003“Ekoniks”光度计对土壤进行化学分析。根据土壤中的最大允许浓度、所有成分的毒性对结果进行评估。总结了土壤中金属含量大于或等于1个最大允许浓度水平时的土壤污染指数。发现克拉斯诺戈尔斯基居民点和卡拉奇村空气污染水平较低,但饮用水硬度增加,土壤覆盖中铜的含量超过最大允许浓度3.45倍,氯化物超过1.17倍。