Raw UV-Vis Spectroscopy Data for Methylene Blue Degradation Using MOF/ZnO Composite Membranes

This dataset contains the raw UV-Vis spectrophotometry data evaluating the photocatalytic degradation efficiency of Methylene Blue (MB) dye. The experiments were conducted using a newly developed triple-action MOF/ZnO composite membrane system designed for advanced water purification. The dataset is structured to support the findings presented in the associated research manuscript, specifically demonstrating a maximum dye degradation efficiency of 98.50%. Data Structure & Content: - The data files provide comprehensive absorbance profiles recorded at regular time intervals during the photocatalytic reaction. - Measurements track the decrease in the characteristic absorption peak of Methylene Blue (typically around 664 nm) over the course of the filtration and degradation process. - The dataset is categorized into four distinct experimental batches: Group A (Control/Baseline), Group B, Group C, and Group D (Optimized Composite Formulation). Potential Applications: This raw data is highly valuable for researchers interested in: 1. Replicating or verifying the photocatalytic kinetics of MOF/ZnO-based materials. 2. Conducting comparative studies on membrane fouling and self-cleaning efficiency under light irradiation. 3. Exploring alternative kinetic models (e.g., pseudo-first-order degradation models) using the provided time-resolved absorbance values.