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[摩尔曼斯克地区工业城市水源及饮用水中的金属含量]

[Metallic content of water sources and drinkable water in industrial cities of Murmansk region].

作者信息

Doushkina E V, Dudarev A A, Sladkova Yu N, Zachinskaya I Yu, Chupakhin V S, Goushchin I V, Talykova L V, Nikanov A N

出版信息

Med Tr Prom Ekol. 2015(2):29-34.

Abstract

Performed in 2013, sampling of centralized and noncentralized water-supply and analysis of engineering technology materials on household water use in 6 cities of Murmansk region (Nikel, Zapolyarny, Olenegorsk, Montchegorsk, Apatity, Kirovsk), subjected to industrial emissions, enabled to evaluate and compare levels of 15 metals in water sources (lakes and springs) and the cities' drinkable waters. Findings are that some cities lack sanitary protection zones for water sources, most cities require preliminary water processing, water desinfection involves only chlorination. Concentrations of most metals in water samples from all the cities at the points of water intake, water preparation and water supply are within the hygienic norms. But values significantly (2-5 times) exceeding MACs (both in water sources and in drinkable waters of the cities) were seen for aluminium in Kirovsk city and for nickel in Zapolarny and Nikel cities. To decrease effects of aluminium, nickel and their compounds in the three cities' residents (and preserve health of the population and offsprings), the authors necessitate specification and adaptation of measures to purify the drinkable waters from the pollutants. In all the cities studied, significantly increased concentrations of iron and other metals were seen during water transportation from the source to the city supply--that necessitates replacement of depreciated water supply systems by modern ones. Water taken from Petchenga region springs demonstrated relatively low levels of metals, except from strontium and barium.

摘要

2013年,对摩尔曼斯克地区6个城市(镍城、扎波利亚尔内、奥列涅戈尔斯克、蒙切戈尔斯克、阿帕季特、基洛夫斯克)受工业排放影响的集中式和非集中式供水进行了采样,并对家庭用水的工程技术材料进行了分析,从而能够评估和比较水源(湖泊和泉水)以及城市饮用水中15种金属的含量水平。研究结果表明,一些城市的水源缺乏卫生保护区,大多数城市需要对水进行预处理,水消毒仅采用氯化处理。所有城市取水点、水制备点和供水点的水样中,大多数金属的浓度均在卫生标准范围内。但在基洛夫斯克市的水样中,铝含量显著(2至5倍)超过最大允许浓度(MACs);在扎波利亚尔内市和镍城市的水样中,镍含量显著超过MACs。为降低这三个城市居民体内铝、镍及其化合物的影响(并保护居民及其后代的健康),作者认为有必要明确并调整从饮用水中去除污染物的措施。在所有研究的城市中,从水源到城市供水的过程中,铁和其他金属的浓度显著增加,这就需要用现代供水系统取代陈旧的供水系统。取自佩琴加地区泉水的水样中,除锶和钡外,其他金属含量相对较低。

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