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![screenshot of a section of the previously linked article, reading: "was applied directly to achieve PAHs degradation. In this study, the degradation efficiency was improved to 93.33% by HOCl oxidation, demonstrating a more convenient and efficient method for PAHs contaminated soil remediation. [highlighted] However, it was identified that the degradation products of PAHs in this method were Cl-PAHs and O-PAHs. Among them, Cl-PAHs have been arising wide public concern due to their dioxin-like toxicity, which can pose potential hazardous effect on human health. [end highlight] Therefore, to realize the complete degradation (to improve the mineralization ratio) of PAHs in contaminated industrial soil is the main task in the soil remediation. Catalytic-enhanced and UV-assisted photodegradation technologies might be the effective ways that need further exploring."](https://pbs.twimg.com/media/HC1PvK_WYAEQQa6.jpg?name=orig)
ALT screenshot of a section of the previously linked article, reading: "was applied directly to achieve PAHs degradation. In this study, the degradation efficiency was improved to 93.33% by HOCl oxidation, demonstrating a more convenient and efficient method for PAHs contaminated soil remediation. [highlighted] However, it was identified that the degradation products of PAHs in this method were Cl-PAHs and O-PAHs. Among them, Cl-PAHs have been arising wide public concern due to their dioxin-like toxicity, which can pose potential hazardous effect on human health. [end highlight] Therefore, to realize the complete degradation (to improve the mineralization ratio) of PAHs in contaminated industrial soil is the main task in the soil remediation. Catalytic-enhanced and UV-assisted photodegradation technologies might be the effective ways that need further exploring."
