2010•Journal of environmental healthRequires access

Progress of degradation techniques of environmental phthalic acid esters.

Yan Huang, Bian Zhanqiang, Tian Xiang-hong

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Abstract

Phthalic acid esters(PAEs) were an important industrial material and used in many synthesis technology.But PAEs was postulated to produce endocrine-disrupting effects when people were constantly exposed to it,so it was drastically important to study the degradation technology of PAEs.This paper reviewed the progress in the PAEs degradation field in recent years,the merit and demerit of biodegradation,physisorption and advanced oxidation technology were detailedly discussed and compared and it was indicated that photocatalytic oxidation was the most promising technology of PAEs degradation.

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What this paper is about

Phthalic acid esters(PAEs) were an important industrial material and used in many synthesis technology.But PAEs was postulated to produce endocrine-disrupting effects when people were constantly exposed to it,so it was drastically important to study the degradation technology of PAEs.This paper reviewed the progress in the PAEs degradation field in recent years,the merit and demerit of biodegradation,physisorption and advanced oxidation technology were detailedly discussed and compared and it was indicated that photocatalytic oxidation was the most promising technology of PAEs degradation.

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Available abstract

Phthalic acid esters(PAEs) were an important industrial material and used in many synthesis technology.But PAEs was postulated to produce endocrine-disrupting effects when people were constantly exposed to it,so it was drastically important to study the degradation technology of PAEs.This paper reviewed the progress in the PAEs degradation field in recent years,the merit and demerit of biodegradation,physisorption and advanced oxidation technology were detailedly discussed and compared and it was indicated that photocatalytic oxidation was the most promising technology of PAEs degradation.

Key concepts: Phthalic acid, Degradation (telecommunications), Biodegradation, Physisorption, Environmental chemistry, Chemistry, Organic chemistry, Environmental science

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