화학적 특성이 다른 두 토양에서 EK-Fenton 공정 적용 시에 H2O2의 거동과 phenanthrene의 처리특성

Abstract

To clarify the effect of soil property on the EK-Fenton remediation of the soil contaminated with phenanthrene, this research had been conducted. In the experiments using EPK kaolinite, the H2O2 stability and effect of phenanthrene treatment improved more than that in the experiments using Hadong clayey soil. The results signify that Fe oxide content and acid buffer capacity significantly affected the fate of H2O2 and phenanthrene during the EK-Fenton process.