Andere Kunden interessierten sich auch für
![Entfernung von organischen Schadstoffen]( "Entfernung von organischen Schadstoffen")
Entfernung von organischen Schadstoffen68,90 €![Removal of organic pollutants by natural clays]( "Removal of organic pollutants by natural clays")
Removal of organic pollutants by natural clays43,99 €![Modified magnetic nanoparticles for the removal of organic pollutants]( "Modified magnetic nanoparticles for the removal of organic pollutants")
Modified magnetic nanoparticles for the removal of organic pollutants27,99 €![Magnetic Polymer for Removal of Water Pollutants]( "Magnetic Polymer for Removal of Water Pollutants")
Magnetic Polymer for Removal of Water Pollutants23,99 €![Study of the elimination of a cationic dye]( "Study of the elimination of a cationic dye")
Study of the elimination of a cationic dye "Malachite Green"26,99 €![Removal of copper ions using baru bark and pulp as an adsorbent]( "Removal of copper ions using baru bark and pulp as an adsorbent")
Removal of copper ions using baru bark and pulp as an adsorbent26,99 €![Removal of Hexavalent Chromium in aqueous solution models]( "Removal of Hexavalent Chromium in aqueous solution models")
Removal of Hexavalent Chromium in aqueous solution models26,99 €
A bibliographical study on Bisphenol-A and Ibuprofen was studied, as well as their physicochemical characteristics, their impact on the environment, and the various techniques of their treatment.Treatment of Bisphenol-A by different processes of advanced oxidation namely: Fenton Process; Photo-Fenton Process; H2O2/UV Coupling; UV alone; US; Heterogeneous photocatalysis; Determination of the factors influencing the degradation of the pollutant such as the pH of the medium, the initial concentration of the oxidant and the pollutant as well as the determination of the optimum conditions of mineralizationTreatment of Ibuprofen by different processes of advanced oxidation namely: Fenton process; Photo-Fenton process; H2O2/UV coupling; UV alone; US; UV/US heterogeneous photocatalysis; UV/Fe3+, UV/Fe3+ /H2O2, Fe3+ /H2O2The determination of the factors influencing the degradation of the pollutant was also carried out, such as the pH of the medium, the initial concentration of the pollutant, as well as the determination of the optimal conditions of mineralization;The samples were analyzed by UV spectrophotometry and HPLCThe intermediates were identified by HPLC.