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首页> 外文期刊>Journal of Transportation Engineering >Unpaved Road Dust Control in the Piceance Creek Basin in Rio Blanco County, Colorado
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Unpaved Road Dust Control in the Piceance Creek Basin in Rio Blanco County, Colorado

机译:科罗拉多州里奥布兰科县Piceance Creek盆地的未铺装道路粉尘控制

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摘要

Road dust from unpaved roads (dirt roads) is a major source of airborne particulates; the loss of those fines accelerates the deterioration of roads. As a result, road dust emissions are a major concern of the users and managers of dirt roads. Exxon Mobil has been concerned with the dust emissions and rapid road deterioration of the access roads in its natural gas production facility in the Piceance Creek Basin north of Rifle, Colorado. As part of the access road management plan for Exxon Mobil Piceance Creek, a research project was initiated to investigate the effectiveness of several chemical dust suppressants in reducing dust emissions, thus prolonging the intervals between periodic maintenance. Rio Blanco County and the Bureau of Land Management participated in this project. Using the Colorado State University Dustometer and its associated dust measurement protocol, it was found that all chemical suppressants decrease dust emissions and that magnesium chloride (MgCl_2) was the most effective dust suppressant under the prevailing weather conditions from March through September, 2010. The fugitive dust emissions from the MgCl_2 treated sections of the road were more than four times less than those from the untreated control section, generating less than 0.5 g of dust per 0.8 km (0.5 mi) of test section. It was also found that the native soil road surface type performed better than the new gravel road surface type and that emissions were related to speed.
机译:来自未铺装道路(污浊道路)的道路灰尘是空气中颗粒物的主要来源。这些罚款的损失加速了道路的恶化。结果,道路灰尘排放是土路使用者和管理者的主要关切。埃克森美孚公司一直关注其位于科罗拉多州莱弗尔市北部Piceance Creek盆地的天然气生产设施中的粉尘排放和道路快速恶化。作为埃克森美孚Piceance Creek进入道路管理计划的一部分,发起了一个研究项目,以研究几种化学抑尘剂在减少粉尘排放方面的有效性,从而延长了定期维护之间的间隔。里约布兰科县和土地管理局参与了该项目。使用科罗拉多州立大学测尘仪及其相关的粉尘测量规程,发现所有化学抑制剂均可减少粉尘排放,而氯化镁(MgCl_2)在2010年3月至2010年9月的主要天气条件下是最有效的粉尘抑制剂。经道路MgCl_2处理的路段的粉尘排放量比未经处理的控制路段的粉尘排放量少四倍,每0.8公里(0.5英里)的测试路段产生的粉尘少于0.5 g。还发现,本机土壤路面类型的性能优于新的砾石路面类型,并且排放与速度有关。

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