Research on Determination Technology of Trace Mercury in Rainwater

Lei Qin; Li Wei Li; Bao Hua Zhang; Fang Han; Jing Lan Liu

doi:10.4028/www.scientific.net/AMR.518-523.2174

Paper Titles

Nutrients Removal from Secondary Effluent by Using Different Constructed Wetland Systems
p.2155

Optimal Operation on the Desulfurization System in the 480t/h CFB Boiler
p.2161

Optimization of Fenton Process for Removal Organic Substance in Landfill Leachate
p.2165

Reduction of Nitrogen and Phosphorus Content in Piggery Water with Algal Culture
p.2170

Research on Determination Technology of Trace Mercury in Rainwater
p.2174

Research on the Method of Odor Pollution Classification
p.2179

Review of Physical and Chemical Properties of Perfluorooctanyl sulphonate (PFOS) with Respect to its Potential Contamination on the Environment
p.2183

Soft Measuring Model Based on CMAC Artificial Neural Network for Pollutants Release from Coal Combusting in Power Plant Boiler
p.2192

Spatial Distribution and Contamination Assessments of Heavy Metals in Sediments of Wenruitang River, Wenzhou, China
p.2196

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 518-523Research on Determination Technology of Trace...

Research on Determination Technology of Trace Mercury in Rainwater

Abstract:

In this paper, using Sulphydryl Cotton as solid absorptive enrichment agent of mercury, the best enrichment eluting method of mercury is confirmed by conditions trials in order to apply to the determination of mercury in rainwater in Guilin City. The practice proves that the adoption of this technology can simply concentrate the trace mercury in rainwater for scores of or even more than 100 times and can effectively enhance the precision of instruments detecting mercury.