哈尔科夫休闲区地表水质量:2006-2020年

K. Utkina, A. Garbuz, M. Kulyk
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摘要

本文的目的是评估哈尔科夫四个主要休闲区的水质动态,并提出改善水质的建议。方法。现场和实验室方法和分析数据处理。结果。本文分析了哈尔科夫四个主要休闲区:Zhuravlevskiy水上公园、Oleksiivskiy lugoppark、udyansky水上公园和Osnovyanske湖的水质动态。学习时间:2006-2020年,时间:5 - 6月和8 - 9月。给出了平均数据。样品在Karazin环境科学研究所认证的分析化学研究实验室进行分析。将实验室数据与国家UA标准和欧洲UA标准进行比较。主要参数为溶解氧和BOD5、矿化总量、生物源物质含量、油品和表面活性剂含量、有毒重金属含量。污染水平没有具体的动态变化。结论。为改善水质制订了下列建议:(i)定期监测水质;由一个地方当局实行定期和系统的管制;(iii)改善康乐区的基础设施;(iv)定期清洁康乐场地;(v)安装生物厕所;(vi)安装额外的废物容器(最好是单独收集废物);(七)植树,以便更好地与公路隔离;(viii)改善污水处理厂的水处理水平;(九)沿河流建立自然保护区
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SURFACE WATER QUALITY IN KHARKIV RECREATIONAL AREAS: 2006-2020
The aim of the paper is to assess dynamics of water quality in four main recreational areas in Kharkiv and to develop recommendations for water quality improvement. Methods. Field and laboratory methods and analytical data processing. Results. The paper presents analysis of dynamics in water quality for four main recreational areas located in Kharkiv: Zhuravlevskiy Hydropark, Oleksiivskiy Lugopark, Udyanskiy Hydropark and Osnovyanske Lake. Period of study: 2006-2020, time: May-June and August-September. Average data are presented. Samples were analysed at certified Laboratory of Analytical Chemical Research of the Karazin Institute of Environmental Sciences. Laboratory data were compared with national UA standards and European ones. Conclusions were made for the following key parameters: dissolved oxygen and BOD5, total mineralization, biogenic substances content, oil products and surfactants, toxic heavy metals content. There is no specific dynamics on the pollution level. Conclusions. The following recommendations for improvement of water quality were developed: (i) to preform regular monitoring of water quality; (ii) to introduce regular and systematic control by one local authority; (iii) to improve infrastructure of recreational areas; (iv) to introduce regular cleaning of the recreational areas; (v) to install bio-WC; (vi) to install additional waste containers (preferably with separate waste collection); (vii) plant trees for better isolation from highways; (viii) to improve level of water treatment on WWTP; (ix) to create nature protected areas along rivers
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