基于安全材料的城市交通事故环境保护新途径

E. Tskhovrebov
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引用次数: 0

摘要

市政经济中使用的各种防冰材料和化学防冰试剂的安全问题的相关性是由与防冰产品对自然环境、公民财产和健康的负面影响有关的许多方面和因素预先确定的,它在确保运输安全、预防原因、发生运输事故的条件、冬季人口伤害增长方面缺乏有效性。该研究的目的是研究使用对环境几乎无害的灰渣混合物与植物废料中的有机添加剂作为复合防冰材料的可能性。这项工作的目的是研究使用实际环境友好的灰渣混合物和有机添加剂作为复合防冰材料的可能性。主要任务包括对所使用的防冰材料的有效性和安全性进行比较分析,证明用灰和炉渣二次处置取代它们的可能性,评估处理灰和炉渣废物的现状,技术可行性,环境可接受性,按照道路运输基础设施的规定重新使用它们的经济可行性。这项研究的预期结果是:减少技术圈对自然环境的负荷,防止对公民健康及其个人财产的各种负面影响,用次要原料替代有价值的天然原料,防止运输事故和有关的人为紧急情况。根据研究结果,计划进行全面试验,如果获得确定使用新的防冰材料的安全性和有效性的积极结果,将为一项发明申请专利,并在俄罗斯联邦的各个地区进一步实施一项创新建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Approaches to Improving Protection of the Urban Environment from Transport Accidents Based on the Use of Safe Materials
The relevance of safety problems of a wide range of anti-icing materials and chemical anti-icing reagents used in the municipal economy is predetermined by a number of aspects and factors associated with the negative impact of anti-icing products on the natural environment, property and health of citizens, its lack of effectiveness in terms of ensuring transport safety, preventing causes, conditions of occurrence of transport accidents, the growth of injuries of the population in winter. The objective of the study was to study the possibility of using ash and slag mixtures that are practically harmless to the environment together with organic additives from plant waste as complex anti-icing materials. The objective of the work was to study possibility of using practically environmentally friendly ash and slag mixtures along with organic additives as complex anti0icing materials. The main tasks comprised comparative analysis of effectiveness and safety of anti-icing materials used, justification of the possibility of replacing them with ash and slag secondary disposals, assessment of the current situation with handling of ash and slag waste, technical feasibility, environmental acceptability, economic feasibility of their reuse as designated at road transport infrastructure facilities. The projected results of the study were reduction of the technospheric load on the natural environment, prevention of all types of negative impact on the health of citizens, their personal property, replacement of valuable natural raw materials with secondary ones, prevention of transport accidents and related man-made emergencies. Based on the results of the study, it is planned to conduct full-scale tests and, in case of obtaining positive results that determine safety and effectiveness of the use of a new anti-icing material, to apply for a patent for an invention with further implementation of an innovative proposal in various regions of the Russian Federation.
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