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首页> 外文期刊>Journal of Electrostatics >A study on the ignition characteristics for dust explosion of industrial wastes
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A study on the ignition characteristics for dust explosion of industrial wastes

机译:工业废物粉尘爆炸的着火特性研究

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Paying attention to accidents related to recycling, the authors investigated factors related to the dust explosions. The minimum explosive concentrations were 30-40g/m(3) (polyurethane and plastic dusts) and 70 g/m(3) (toner); the explosibility was reduced by about 40% when combustible gas (cyclopentane) existed together with the dust; ignition temperature of a dust cloud was around 500 degrees C; and the minimum ignition energy was about 11 mJ (polyurethane). Ignition energy was the minimum when the spark duration was about 0.2ms or more; the explosion probability was the maximum when the spark gap was 5-10 mm; and the ignition energy was the minimum when the electrode tip angle was around 30 degrees C (polyurethane). From these findings, the dusts produced in the recycling process can be easily evaluated so as to know whether dust explosion is likely to occur. (c) 2005 Elsevier B.V. All rights reserved.
机译:作者关注与回收有关的事故,研究了与粉尘爆炸有关的因素。最低爆炸物浓度为30-40 g / m(3)(聚氨酯和塑料粉尘)和70 g / m(3)(色粉);当可燃气体(环戊烷)与粉尘一起存在时,爆炸性降低了约40%。尘埃云的着火温度约为500摄氏度;最小点火能量约为11 mJ(聚氨酯)。当火花持续时间约为0.2ms或更长时,点火能量最小。当火花隙为5-10 mm时,爆炸概率最大。电极尖角在30℃左右(聚氨酯)时,点火能量最小。根据这些发现,可以容易地评估在回收过程中产生的粉尘,从而知道是否可能发生粉尘爆炸。 (c)2005 Elsevier B.V.保留所有权利。

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