本研究第一階段以高溫爐處理模擬醫
療廢棄物焚化過程，為避免PCDD/Fs 於廢
氣中再合成，於二次爐後端以急速冷凝方
式將廢氣溫度降至室溫。第二階段則以高
溫電漿技術處理焚化爐生成之底灰，同時
探討底灰、熱處理產生之飛灰與熔渣中
PCDD/Fs 濃度及特徵剖面。 The first stage of this study is to
incinerate the simulated medical solid waste.
To prevent the formation of dioxins, a
cooling system was connected to secondary
incineration chamber to reduce the outlet
gas to atmospheric temperature. The second
stage is to use the plasma technology to treat
the dioxins contaminated ash. Finally, the
treatability and congener profiles of ash, slag,
particle and gas phases in outlet gas from
both thermal treatments were discussed.
