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Legal regulations of restrictions of air pollution made by non-road mobile machinery—the case study for Europe: a review

机译:非道路移动机械制定的限制空气污染的法律法规—欧洲案例研究:回顾

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摘要

The high awareness of intensification and frequency of smog phenomenon all over the world in XXI age makes for detailed analyses of the reasons of its formation and prevention. The governments of the developed countries and conscious of real hazards, including many European countries, aim to restrict the emission of harmful gases. In literature, we can find the discussions on the influence of this phenomenon on the health and life of inhabitants of contaminated areas. Some elaborations of prognostic models, descriptions of pollution sources, the manner of their restriction, and the analysis of causal-consecutive correlation are also popular. The influence of pollutions resulting from the operation of vehicles, planes, and the industry are well described. However, every machine and device which is driven with a combustion engine has the effect on the general level of anthropogenic pollutions. These drives are subject of different regulations limiting their emission for service conditions and applications. One of the groups of such machines described in European and American regulations is non-road mobile machinery. The aim of this paper is the presentation of the problem of weak analysis and application of engineering and technological tools for machinery drive emission, despite of many publications on hazards and problems of emission. These machines have the influence on both the increase of global contamination and the machine users. The regulations of the European Union take into consideration the generated hazards and restrict the emission of machine exhaust gases by approval tests—these regulations are continually improved, and the effects of these works are new emission limits in 2019. However, these activities seem to be liberal as opposed to limits of the emission for passenger and goods vehicles where the technological development of the construction is greater and the regulations are the most rigorous. During the analysis of the development of non-road mobile machinery in the correlation with automotive vehicles, we can indicate engineering and technological solutions which are limiting the emission of non-road mobile machinery, but which are not applied. Due to liberal regulations for this group of machinery, the producers do not apply innovative solutions which can be found in road vehicles. The paper presents the synthetic review of existing EU regulations concerning limits of the emission of harmful exhaust gases which are generated by spark-ignition combustion engines of non-road mobile machinery. The authors show the divergences between the limits of the emission of harmful exhaust gases generated by road vehicles and non-road mobile machinery (boats and railway engines are not taken into account). The authors present the directions of the development of the combustion process control and systems limiting the emission of harmful exhaust gases. High innovative automotive industry was indicated as the direction of the development for limiting the influence of the emission on the environment by non-road mobile machinery.
机译:在二十一世纪,全世界对烟雾现象的加剧和频度的高度认识使人们对其形成和预防的原因进行了详细分析。发达国家的政府,包括许多欧洲国家,意识到实际危害,旨在限制有害气体的排放。在文献中,我们可以找到有关这种现象对受污染地区居民健康和生活的影响的讨论。预测模型的详细阐述,污染源的描述,污染源的限制方式以及因果连续相关性分析也很受欢迎。很好地描述了由于车辆,飞机和行业的运营所造成的污染的影响。但是,每台由内燃机驱动的机器和设备都会对人为污染的总体水平产生影响。这些驱动器受不同法规的限制,以限制其在使用条件和应用中的排放。在欧洲和美国法规中描述的这类机器之一是非道路移动机器。尽管有许多关于危害和排放问题的出版物,但本文的目的是介绍机械驱动排放的工程技术工具的分析和应用较弱的问题。这些机器对整体污染的增加和​​机器用户都有影响。欧盟法规考虑到了所产生的危害,并通过了认可测试来限制机器废气的排放,这些法规在不断完善,这些工程的效果在2019年成为新的排放限值。相对于对乘用车和货车排放的限制而言,这种排放是自由的,因为建筑的技术发展更大,法规也最严格。在分析与汽车相关的非道路移动机械的发展过程中,我们可以指出限制非道路移动机械排放但未应用的工程和技术解决方案。由于对这组机械的宽松规定,生产商没有采用公路车辆中可以找到的创新解决方案。本文介绍了有关限制非道路移动机械的火花点火式内燃机产生的有害废气排放的现行欧盟法规的综述。作者表明,道路车辆和非道路移动机械(未考虑船和铁路发动机)产生的有害废气的排放极限之间存在差异。作者介绍了燃烧过程控制和限制有害废气排放的系统的发展方向。高度创新的汽车工业被指示为限制非道路移动机械排放对环境影响的发展方向。

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