Plastic of the Solid Domestic Waste on the Coastal Zone of the Northwestern Part of the Black Sea as a Component of Marine Littre

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Abstract

Purpose. The goal of the study is estimation the scale of the plastic waste’s area in the coastal zone of the Northwestern part of the Black Sea and their role of the of polution formation. Methods. The base of methods is system analyses. Results. The annual volume of solid waste in the North-Western Black Sea region can reach 2.5 million tons per year, and the volume of plastic littre - up to 323 thousand tons per year. In spite of of plastic littre as the resource, at present there is no definite system for handling them, and under these conditions they are disposed of at numerous dumps (including unauthorized ones) of solid household waste. A significant part of plastic (up to 80%) from unorganized landfills and from the other coastal pollution sources is carried out by air and water flows in the water area of the Northwestern part of the Black Sea. Approximatly 83% of marine littre in the Black Sea is plastic. In turn, the presence of marine littre links with the imperfection of the solid waste management system. The dominant way of manage is remains their removal and disposal in landfills. As of 2019, in the Odessa region there were 528 landfills, in the Nikolaev region - 267, in the Kherson region - 54. Almost 17% of landfills in the Odessa region and 26% in the Nikolaev region do not comply according to environmental hazard standards. Significant part of the plastic littre, first of all from unauthorized of the solid waste dumps, is carried by air flows into the river network, and if they are close to the beach area, directly into the Black Sea. Plastic littre is carried out from the catchment areas of the large rivers (Danube, Dniester, Southern Bug and Dnieper), as well as water intakes of numerous medium and small rivers. Almost the whole beach area of the Northwestern part of the Black Sea is actively used for recreational purposes and, therefore, is a source of beach waste. In addition, the coastal sources of garbage can be settlements, marine complexes and agricultural lands located along the coastal line. An insignificant share of plastic littre is generated within the sea area (from shipping, fishing, etc.). Conclusions. The main component of marine littre is plastic, as it accounts for 83% of marine littre founded in the Black Sea. Macroplastics can be subject to long-term movement by the sea currents, winds, waves and poses a direct threat to the marine ecosystem. Directions of movement of marine littre depends on the processes of general circulation in the surface layer (0-500 m) of the Black Sea. The processes of biodegradation of macroplastic are hindered in the marine environment, and therefore its transformation is limited by the processes of destruction and dispersion in micro- and nanoparticles. Taking into consideration the environmental hazard of microplastics, it is advisable to create a system for monitoring in the marine environment. To improve the environmental situation in the coastal zone of the Northwestern part of the Black Sea, it is necessary to significantly increase the volume of recycled plastic littre, as well as to eliminate numerous landfills for solid household waste that do not accord to environmental safety requirements.
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黑海西北部沿海地区固体生活垃圾中的塑料作为海洋垃圾的组成部分
目的。本研究的目的是估计黑海西北部沿海地区塑料垃圾的面积规模及其在污染形成中的作用。方法的基础是系统分析。黑海西北部地区每年的固体废物量可达250万吨,每年的塑料垃圾量可达32.3万吨。尽管塑料垃圾是一种资源,但目前还没有明确的系统来处理它们,在这种情况下,它们被丢弃在许多固体家庭废物的垃圾场(包括未经授权的垃圾场)。来自无组织的垃圾填埋场和其他沿海污染源的大部分塑料(高达80%)是通过黑海西北部水域的空气和水流携带的。黑海中大约83%的海洋垃圾是塑料。反过来,海洋垃圾的存在与固体废物管理系统的不完善有关。主要的管理方式仍然是将它们移走并弃置在堆填区。截至2019年,敖德萨地区有528个垃圾填埋场,尼古拉耶夫地区有267个,赫尔松地区有54个。敖德萨地区近17%的垃圾填埋场和尼古拉耶夫地区26%的垃圾填埋场不符合环境危害标准。很大一部分塑料垃圾,首先来自未经授权的固体废物填埋场,被空气带入河网,如果它们靠近海滩地区,则直接进入黑海。塑料垃圾来自大河(多瑙河、德涅斯特河、南布格河和第聂伯河)的集水区,以及许多中小河流的取水口。黑海西北部几乎整个海滩地区都被积极用于娱乐目的,因此是海滩废物的来源。此外,沿海垃圾的来源可以是沿海岸线的居民点、海洋综合体和农业用地。一小部分塑料垃圾是在海洋区域内产生的(来自航运、捕鱼等)。结论。海洋垃圾的主要成分是塑料,因为它占黑海海洋垃圾的83%。巨塑性塑料可受洋流、风、浪的长期运动影响,对海洋生态系统构成直接威胁。海洋垃圾的运动方向取决于黑海表层(0-500米)的环流过程。宏观塑料的生物降解过程在海洋环境中受到阻碍,因此其转化受到微观和纳米颗粒的破坏和分散过程的限制。考虑到微塑料的环境危害,在海洋环境中建立一个监测系统是可取的。为了改善黑海西北部沿海地区的环境状况,有必要大幅增加回收塑料垃圾的数量,并消除大量不符合环境安全要求的固体生活垃圾填埋场。
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