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Instantaneous and Complete Decomposition of Formaldehyde by Thermally Activated Oxide Semiconductors

机译:热活化氧化物半导体对甲醛的瞬时完全分解

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摘要

The extensive use of resin-bonded wood in construction as well as the continued expanding application of formaldehyde-based resins has resulted in formaldehyde (FA) becoming a maj or indoor contaminant. In this investigation, instantaneous and complete decomposition of FA has been studied by thermally activated semiconductors whose system had previously been developed by us. Complete decomposition has been achieved with Cr_2O_3 at about 500°C for FA concentrations of 100 and 1200 ppm with a residence time of about 20 ms. Our system is simple in structure and compact; nevertheless, quite efficient.
机译:树脂结合木材在建筑中的广泛使用以及甲醛基树脂的不断扩展应用已导致甲醛(FA)成为主要污染物或室内污染物。在这项研究中,FA的瞬时和完全分解已经被热活化的半导体研究了,该系统先前由我们开发。在100和1200 ppm的FA浓度下,在大约500℃下,Cr_2O_3可以实现完全分解,停留时间约为20毫秒。我们的系统结构简单紧凑。但是,效率很高。

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