首页> 外文会议>International winter road congress >STUDY TO OPTIMISE THE APPLICATION OF PREVENTIVE TREATMENTS ON ICE FORMATION AS A MEASURE TO DECREASE THE ECONOMICAL COST AND THE ENVIRONMENT IMPACT, USING A SYSTEM OF SALINITY CONTROL ON DRY ROADS TRATAMIENTOS
【24h】

STUDY TO OPTIMISE THE APPLICATION OF PREVENTIVE TREATMENTS ON ICE FORMATION AS A MEASURE TO DECREASE THE ECONOMICAL COST AND THE ENVIRONMENT IMPACT, USING A SYSTEM OF SALINITY CONTROL ON DRY ROADS TRATAMIENTOS

机译:利用干旱路径划破盐度控制的施用预防性治疗对冰形成的预防治疗的应用,以降低经济成本和环境影响

获取原文

摘要

Among winter period, the climatic conditions in the state of Lleida, where L4 sector is located, cause an important number of days with northern or north-western wind which maintains a very low temperatures with a dry road. Our experience allows estimate that the permanence of the salt on the road is higher in dry than in wet road conditions, especially when we use brine for anti-icing treatments. But, the consequence of a hypothetic accident, where the driver denounces ice on the road when we have not realize the pertinent treatment, promotes us to carry out anti-icing treatments to defend ourselves against possible claims and not because they were necessary. These unnecessary treatments became an important increase of the economic cost of the infrastructure’s conservation and a higher impact on the environment. This paper expects to provide the trends about the taken salinity measurements reveal, under various conditions (e.g. traffic, different pavements types and different treatment types). Decision makers might use these trends as a tool for understanding the connection between the different factors that are involved about the amount of residual salt on the dry road. In future seasons, we could get better relationship between the residual salt and the traffic conditions.
机译:冬季期间,L4部门所在的Lleida状态的气候条件导致北部或北方的重要天数,与干燥的道路保持非常低的温度。我们的经验允许估计道路上的盐的持久性比在潮湿的道路条件下更高,特别是当我们使用盐水进行防冰处理时。但是,假设事故的后果,当我们没有意识到相关的治疗时,驾驶员在道路上谴责冰,促进我们进行防冰的治疗,以防御自己的索赔,而不是因为他们是必要的。这些不必要的治疗方法成为基础设施保护的经济成本和对环境影响更高的重要增长。本文期望在各种条件下提供揭示盐度测量的趋势(例如,交通,不同的路面类型和不同的处理类型)。决策者可能将这些趋势作为理解涉及干旱道路上剩余盐量的不同因素之间的工具。在未来的季节,我们可以在残留盐和交通状况之间获得更好的关系。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号