▎ 摘　　要

NOVELTY - Removing pollutant water using graphene oxide adsorption and photosensitive oxidation involves selecting clean culture plate and adding sodium phosphate (PBS) buffer solution, phenolic compounds solution, graphene oxide (GO) suspension, shakes for a period of time to obtain adsorption equilibrium. The obtained adsorption equilibrium solution is placed in LED lights for a period of time to achieve photosensitive oxidation of phenolic pollutants. The photo-sensitized mixture is placed into the centrifuge tube, and centrifuge to obtain supernatant. USE - Method for removing pollutant water using graphene oxide adsorption and photosensitive oxidation (claimed). ADVANTAGE - The method enables to remove pollutant water using graphene oxide adsorption and photosensitive oxidation, which has fast operation, high removing efficiency, and is simple process, and utilized solar light in treating water. DETAILED DESCRIPTION - Removing pollutant water using graphene oxide adsorption and photosensitive oxidation involves selecting clean culture plate and adding sodium phosphate (PBS) buffer solution, phenolic compounds solution, graphene oxide (GO) suspension, shakes for a period of time to obtain adsorption equilibrium. The obtained adsorption equilibrium solution is placed in LED lights for a period of time to achieve photosensitive oxidation of phenolic pollutants. The photo-sensitized mixture is placed into the centrifuge tube, and centrifuge to obtain supernatant. The obtained supernatant is placed in phenolic contaminants to measured absorbance at the maximum absorption wavelength to obatin desired product.