Environmental Aspects in the Disposal of Used Coolants

Aleksandr Haritonenko, Valentina Solov'eva
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Abstract

Purpose: To consider the issue of the state of the problem of collection, disposal and impact of used coolants on the environment, primarily from road transport. To show the need for recycling of spent cooling liquids, the search for new compositions of cooling liquids and the intensification of the collection of spent antifreeze from the population. Methods: Comparing the characteristics of main coolants, highlighting their advantages and drawbacks on the stage of efficiency reduction. Analysis of the types of contaminants accumulating in spent antifreeze. Comparison of advantages and disadvantages of typical methods for purifying spent coolants. Analysis of the growth of sources of anthropogenic impact in the considered area. Results: The most important characteristics of coolants have been established. The most characteristic types of contaminants contained in antifreeze are identified and the most suitable methods of their regeneration are given. The high relevance of the considered problem of the circulation of spent antifreeze as a result of the rapid growth of motorization of the population in the absence of proper control by the state is noted. The necessity of searching for new safe antifreezes while maintaining the target qualities of coolants is revealed. Practical significance: The necessity of revising the attitude to antifreeze in terms of assessing their danger to the environment is shown. The ways of improving the handling of waste coolant solutions in terms of intensifying their collection from enterprises and the public are outlined. It has also been noted that it is necessary to search for new solutions of cooling liquids with a lower content of harmful substances in them to protect humans and the environment.
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废弃冷却剂处置中的环境因素
目的:审议主要来自公路运输的废旧冷却剂的收集、处置和对环境的影响的现状问题。表明需要回收用过的冷却液,寻找新的冷却液成分和加强从人口中收集用过的防冻液。方法:比较各主要冷却剂的特性,突出其在降效阶段的优缺点。废防冻液中积累的污染物类型分析。废冷却剂净化典型方法的优缺点比较。对考虑区域内人为影响源的增长情况进行分析。结果:确定了冷却剂最重要的特性。鉴定了防冻液中含有的最具特征的污染物类型,并给出了最合适的再生方法。注意到在国家缺乏适当控制的情况下,由于人口机动化的迅速增长,所考虑的废防冻液循环问题具有高度相关性。揭示了在保持冷却剂的目标品质的同时寻找新的安全防冻液的必要性。现实意义:从评估防冻液对环境的危害的角度,说明了改变对防冻液态度的必要性。本文概述了如何加强向企业和市民收集冷却液废物,以改善冷却液废物的处理。人们还注意到,有必要寻找有害物质含量较低的冷却液体的新解决方案,以保护人类和环境。
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