Robinson Rosamund F A, Mills Graham A, Fones Gary R
School of the Environment, Geography and Geosciences, University of Portsmouth, Burnaby Road, Portsmouth, PO1 3QL, UK.
School of Pharmacy and Biomedical Sciences, University of Portsmouth, White Swan Road, Portsmouth, PO1 2DT, UK.
MethodsX. 2023 Feb 3;10:102054. doi: 10.1016/j.mex.2023.102054. eCollection 2023.
The monitoring of polar organic pollutants in surface water is now undertaken to fulfil a number of legislative requirements. Passive sampling is being frequently used for this purpose and includes the commercially available Chemcatcher device. This protocol is based on knowledge that has been acquired over the past ten years in the use of the Chemcatcher for monitoring a wide range of polar organic compounds in freshwater. It provides detailed procedures and guidelines of how to prepare the sampler in the laboratory, deploy and retrieve the device in the field (including water and sampling site measurements) and subsequent sample processing in the laboratory up to instrumental analysis. By end users adopting this standardized, systematic protocol it will help to ensure the reproducibility of their monitoring data.•Robust and detailed procedure for the sampling of polar pollutants in surface waters using the Chemcatcher passive sampler•A low cost, novel and versatile apparatus for deploying the Chemcatcher at riverine sites•Practical tips based on extensive experience of using the Chemcatcher are provided for end-users.
目前对地表水中极性有机污染物进行监测是为了满足多项立法要求。被动采样法常用于此目的,其中包括市售的Chemcatcher装置。本方案基于过去十年使用Chemcatcher监测淡水中多种极性有机化合物所积累的知识。它提供了详细的程序和指南,内容涉及如何在实验室中准备采样器、在现场部署和取回装置(包括水体和采样点测量)以及在实验室中进行后续样品处理直至仪器分析。终端用户采用这种标准化、系统化的方案将有助于确保其监测数据的可重复性。
• 使用Chemcatcher被动采样器对地表水中极性污染物进行采样的稳健且详细的程序
• 一种用于在河流站点部署Chemcatcher的低成本、新颖且通用的仪器
• 基于使用Chemcatcher的丰富经验为终端用户提供实用技巧。