Dataset: A semi-empirical modelling approach to the characterization of solar reactors: Application to the degradation of Paracetamol in a Race-pond film reactor

Dataset: A semi-empirical modelling approach to the characterization of solar reactors: Application to the degradation of Paracetamol in a Race-pond film reactor This Zenodo repository contains the experimental information correspondent to the publication: L. Aresté-Saló, L. Dufner , F. Kern, M. Graells, and M. Pérez-Moya, “A semi-empirical modelling approach to the characterization of solar reactors: Application to the degradation of Paracetamol in a Race-pond film reactor”, Journal of Photochemistry & Photobiology, A: Chemistry (Submission initiated) Overview.csv: *.csv file containing - Code: Experiment code (S_C_N) where - S: experimental set - C: Initial concentration of PCT [mg/L] - N: replicate number - Date: Execution date [yyyy-mm-dd] - C0: Initial concentration of PCT [mg/L] - T: Average solution temperature throughout the experiment [ºC] EXPERIMENT_PROFILE Folder containing a *.csv file for each experiment with the accumulated energy and concentration profiles in function of time. - t: Time [min] - E: Accumulated Energy [kJ/m2] - C_SPR: Concentration on [mg/L] - C_Blank: [mg/L] SOLAR_IRRADIANCE Folder containing a *txt file for each experiment with the solar radiation data collected using a PMA2200 single-input radiometer from Solar Light Company LLC, Glenside, USA (UV-A spectra, 320-400 nm wavelength). Among the present information, the relevant fields are 4 and 5. - Field number 4: Measurement time [hh:mm:ss] - Field number 5: Solar irradiance [mW/cm2]