Dataset for A Novel Microfluidic Multichannel Electrochemical Cell for Multiplexed Monitoring of Water Pollutants

The dataset provides relevant raw and processed data supporting the manuscript " A Novel Microfluidic Multichannel Electrochemical Cell for Multiplexed Monitoring of Water Pollutants". The manuscript describes the development of A novel multichannel microfluidic electrochemical cell (MMEC), consisting of four fully independent channels. Each channel was individually surface modified with respect to the target analyte, to achieve enhanced sensitivity and selectivity. Owing to their spatial isolation, the channels function as independent electrochemical cells, allowing the application of different techniques with distinct parameters and even different supporting solutions in parallel. The MMEC was successfully applied to the multiplexed determination of four water pollutants including Pb²⁺ ions, Hg²⁺ ions, H₂O₂, and catechol in both river water and industrial wastewater, demonstrating its practical utility.本数据集为题为《用于水体污染物多联检测的新型微流控多通道电化学池》的研究手稿提供相关原始数据与处理后数据支持。该手稿阐述了一款新型多通道微流控电化学池（MMEC）的研发工作，该装置包含四个完全独立的通道。每个通道均针对目标分析物进行独立表面修饰，以提升检测的灵敏度与选择性。得益于各通道间的空间隔离，它们可作为独立的电化学池运行，支持并行采用不同参数的检测技术，甚至可并行使用不同的支持电解液。该MMEC已成功应用于河水与工业废水中四种水体污染物的多联检测，涵盖铅离子（Pb²⁺）、汞离子（Hg²⁺）、过氧化氢（H₂O₂）以及儿茶酚（catechol），验证了其实际应用价值。