Data underlying the publication: Water Dissociation Efficiencies control the viability of reverse-bias bipolar membranes for CO2 Electrolysis

This dataset contains all the data used to develop the work described in the manuscript "<em>Water Dissociation Efficiencies control the viability of reverse-bias bipolar membranes for CO2 Electrolysis</em>". The experimental numerical data provided has been used to study the effects of current density, concentration and cation identity on the WDE. For this calculation, it is provided all the experimental raw data (RawData_Experiments_rBPME_WDE.zip) generated during the experiments (.xlsx, .docx, and .txt files) including the gas concentrations from the GC, chronopotentiometry voltage-current data, mass flow meter data for FE calculations and titration values used to derive WDEs. The processed data used to create the manuscript and SI figures is also provided in separate files (SourceData_Manuscript.zip, SourceData_SupplementaryData.xlsx). In addition it is also attached the model scripts in Python (.py) developed to simulate the pH drop of the anolyte (Model_rBPM_WDE_longterm.zip).

本数据集包含用于完成论文《水解离效率调控反向偏置双极膜（reverse-bias bipolar membranes）用于CO₂电解（CO2 Electrolysis）的可行性》（Water Dissociation Efficiencies control the viability of reverse-bias bipolar membranes for CO2 Electrolysis）所述研究工作的全部数据。所提供的实验数值数据已被用于探究电流密度、浓度以及阳离子种类对水解离效率（Water Dissociation Efficiencies, WDE）的影响。为开展相关计算，本数据集提供了实验过程中产生的全部原始实验数据（压缩包RawData_Experiments_rBPME_WDE.zip），涵盖.xlsx、.docx及.txt格式文件，具体包括气相色谱（Gas Chromatograph, GC）测得的气体浓度数据、计时电位法（chronopotentiometry）电压-电流数据、用于法拉第效率（Faraday Efficiency, FE）计算的质量流量计数据，以及用于推导水解离效率的滴定值。用于制作论文及补充材料附图的已处理数据，分别存储于压缩包SourceData_Manuscript.zip与表格文件SourceData_SupplementaryData.xlsx中。此外，本数据集还附带了用于模拟阳极电解液pH衰减的Python模型脚本（.py格式，压缩包Model_rBPM_WDE_longterm.zip）。