2006Geosystem EngineeringRequires access

PCDDs/PCDFs in Municipal Solid Waste Incineration Bottom Ash in Korea

Ji‐Whan Ahn, Gi-Chun Han, Kwang-Suk You, Heechan Cho

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Abstract

Municipal solid waste incineration bottom ash is highly recycled substance, being used as aggregates in many countries. However, its environmental impact such as dioxin generated during incineration and impact of the generated dioxin to the bottom ash is continued to being verified. In this study, the bottom ash produced by two incineration facilities, each with 200ton/day or higher capacity, is analyzed for dioxin and furans contents as well as distribution of homologues to provide the data for dioxin in the bottom ash.

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What this paper is about

Municipal solid waste incineration bottom ash is highly recycled substance, being used as aggregates in many countries. However, its environmental impact such as dioxin generated during incineration and impact of the generated dioxin to the bottom ash is continued to being verified. In this study, the bottom ash produced by two incineration facilities, each with 200ton/day or higher capacity, is analyzed for dioxin and furans contents as well as distribution of homologues to provide the data for dioxin in the bottom ash.

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Available abstract

Municipal solid waste incineration bottom ash is highly recycled substance, being used as aggregates in many countries. However, its environmental impact such as dioxin generated during incineration and impact of the generated dioxin to the bottom ash is continued to being verified. In this study, the bottom ash produced by two incineration facilities, each with 200ton/day or higher capacity, is analyzed for dioxin and furans contents as well as distribution of homologues to provide the data for dioxin in the bottom ash.

Key concepts: Incineration, Bottom ash, Incinerator bottom ash, Municipal solid waste, Waste management, Environmental science, Fly ash, Engineering

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