Liquid chromatography with triple quadrupol mass spectrometer

开姆尼茨理工大学的无机化学(朗教授)、配位化学(Mehring教授)、化学技术(Stöwe教授)研究小组已经合并为一个关于可持续地面和废水经济主题的兴趣小组，并与一家地区领先的市政能源供应商协调了他们的共同利益。目的是开发新的废水处理方法，通过光催化矿化或电化学沉淀等不同方法去除城市废水中的微污染物，如内分泌干扰化合物(EDCs)、农药和药物。为了测定水介质中污染物的痕量和超痕量分析，以及测定这些化合物的分解产物和机理，需要一种基于超高效液相色谱-三重四醇联用的高效液相色谱分离方法。此外，该系统将与其他TUC小组(Kataev教授)合作，用于分析超分子和催化反应中的产品分布、纯度测定以及有机产品组分形成过程中的反应过程的动力学和机理研究。

The research groups Inorganic Chemistry (Prof. Lang), Coordination Chemistry (Prof. Mehring), Chemical Technology (Prof. Stöwe) at Chemnitz University of Technology have consolidated to an interest group on the topic of sustainable ground and waste water economy and syntonized their mutual interest with a regional leading municipal energy supplier. Objectives are the development of new waste water treatment methods for removal of micro-contaminations as Endocrinic Disruptive Compounds (EDCs), pesticides and pharmaceuticals from municipal waste water via different methods as photocatalytic mineralisation or electrochemical precipitation. For the trace and ultra-trace analysis of contaminants in aqueous media, determination of decomposition products and mechanisms of these compounds a liquid-chromatographic separation method on the basis of an UHPLC with coupled triple-quadrupol mass spectrometry is required. Additionally, the system will be used in cooperation with other TUC groups (Prof. Kataev) for the analysis of products distributions in supramolecular and catalytic reactions, purity determinations as well as kinetic and mechanistic investigations of the reaction progress in the formation of organic product components.