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Effects of water and CMA in mitigating industrial road dust resuspension

机译:水和CMA在缓解工业道路扬尘中的作用

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Water spraying and/or chemical suppressants such as salts and polymers have been suggested to reduce road dust resuspension due to their capability to increase adhesion, and therefore the effective size and weight of particles, but contrasting results have been obtained so further testing are needed. This study presents the first results of street washing and Calcium Magnesium Acetate (CMA) efficiencies at two industrial roads (paved and unpaved) in the Mediterranean region where the high solar radiation, warm climate, and scarce precipitation, may play a key role in determining the efficiency of mitigation techniques Results show that, at both sites, street washing (water only) was more effective than CMA. Street washing made observe 18% (daily basis) and >90% (first hour) reductions of kerbside PM10 concentrations for the paved and unpaved road respectively, while with CMA PM10 decrease was generally lower and with less statistical significance. (C) 2016 Elsevier Ltd. All rights reserved.
机译:已经提出水喷雾和/或化学抑制剂,例如盐和聚合物,由于其增加粘附力的能力而减少了道路粉尘的再悬浮,因此减少了颗粒的有效尺寸和重量,但是已经获得对比结果,因此需要进一步测试。这项研究提出了在地中海地区两条工业道路(铺装和未铺装)的街道清洗和醋酸钙镁(CMA)效率的最初结果,在该地区,高太阳辐射,温暖的气候和稀少的降水可能在确定中起着关键作用。缓解技术的效率结果表明,在两个站点上,街道清洗(仅水)比CMA更有效。进行街道清洗后,路面和未铺设路面的路边PM10浓度分别降低了18%(每天)和> 90%(第一小时),而使用CMA时,PM10的降低通常较低,统计学意义较小。 (C)2016 Elsevier Ltd.保留所有权利。

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