Zebrak, RadimRadimZebrakMasin, PavelPavelMasinKluson, PetrPetrKlusonKrystynik, PavelPavelKrystynik2017-03-142017-03-142013L : 1843-5831(on-line): 2457-8371http://hdl.handle.net/123456789/407http://www.simiecoind.ro/wp-content/uploads/2015/04/USING-OF-PHOTOCHEMICAL-H2O2-UVC-DECONTAMINATION.pdfInternational Symposium "The Environment and the Industry" SIMI 2013Volume IIThe presented contribution focuses on the complex study of the pilot-scale photochemical H2O2/UVC system arranged as the ex-situ decontamination cell for heavily polluted waters (contamination with organic substances. The method principle comprises the rational decomposition of hydrogen peroxide induced by UV-C (254 nm). The produced OH radicals are very efficient oxidation species enabling the direct destruction of wide spectrum of organic compounds (polyaromatic hydrocarbons, chlorinated hydrocarbons, aniline, nitrobenzene etc.). Concentrations mentioned compounds in groundwater were very effectively reduced by photochemical oxidation H2O2/UVC (efficiency up 95%). This contribution also brings details on the feasibility of the designed processes in comparison with traditional approaches.Photochemical oxidationH2O2UVC radiationRemediationContaminated waterDecontamination cellPilot scaleSymposium Proceedings