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瑞典一家氯碱厂附近的大气汞含量。

Atmospheric mercury near a chlor-alkali plant in Sweden.

作者信息

Wängberg Ingvar, Edner Hans, Ferrara Romano, Lanzillotta Enrica, Munthe John, Sommar Jonas, Sjöholm Mikael, Svanberg Sune, Weibring Petter

机构信息

IVL Swedish Environmental Research Institute, P.O. Box 47086, Göteborg S-40258, Sweden.

出版信息

Sci Total Environ. 2003 Mar 20;304(1-3):29-41. doi: 10.1016/S0048-9697(02)00554-5.

Abstract

Atmospheric mercury species/fractions were measured near a chlor-alkali plant in Sweden during August 28 to September 4, 2001. The concentration of total gaseous mercury in the plume from the plant was measured using TEKRAN and GARDIS instruments. Gaseous elemental mercury was measured using a light detection and ranging (LIDAR) technique. From vertical LIDAR sweeps through the plume from the chlor-alkali plant mercury emission rates could be calculated. The concentrations of reactive gaseous mercury (RGM) in the plume and also inside the cell house were measured using annular KCl coated denuders. The RGM emission constitutes 0.5-1.0% of the total mercury emitted from the plant. The mercury concentration adsorbed on particles was measured as well as the mercury flux from soil. The data presented also include an intercomparison showing an excellent agreement between TEKRAN/GARDIS and LIDAR gaseous mercury measurements.

摘要

2001年8月28日至9月4日期间,在瑞典一家氯碱厂附近对大气汞物种/组分进行了测量。使用TEKRAN和GARDIS仪器测量了该厂羽流中总气态汞的浓度。使用光探测与测距(LIDAR)技术测量了气态元素汞。通过对氯碱厂羽流进行垂直LIDAR扫描,可以计算出汞排放速率。使用涂有环形KCl的剥蚀器测量了羽流以及电解厂房内活性气态汞(RGM)的浓度。RGM排放占该厂总汞排放量的0.5-1.0%。还测量了吸附在颗粒物上的汞浓度以及来自土壤的汞通量。所呈现的数据还包括一项比对,结果表明TEKRAN/GARDIS与LIDAR气态汞测量结果之间具有极佳的一致性。

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