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Solid char from automotive paint sludge (APS) microwave pyrolysis: effect of absorber and APS loading

机译:来自汽车涂料污泥(APS)微波热解的固体焦炭:吸收器和APS负载的影响

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Application of microwave absorber during microwave pyrolysis process has been proven can improve the properties of desired product. In this study, activated carbon (AC) has been used as microwave absorber in the microwave pyrolysis of automotive paint sludge (APS) in order to study the effect of AC towards solid char yield. Besides that, four different sample weight loading (200 g, 300 g, 400 g and 500 g) with 300W microwave power and 30-minute radiation time also applied to the process in order to study the effect of sample weight loading towards the solid char yield. The solid char was tested for energy content, proximate and ultimate analyses. Solid char produced from the sample weight loading of 200 g with and without activated carbon (AC) seems to be a good potential to be future alternative solid fuel since it gives almost similar properties with natural solid fuel such as coal.
机译:已经证明了微波吸收剂在微波热解过程中的应用可以改善所需产物的性质。在该研究中,活性炭(AC)已被用作汽车涂料污泥(APS)的微波热解中的微波吸收器,以研究AC朝向固体炭产率的影响。此外,具有300W微波功率和30分钟的辐射时间的四种不同的样品重载(200g,300g,400g和500g),也适用于该过程,以研究样品重量载朝向固体炭的效果屈服。测试固体焦炭以进行能量含量,近似和最终分析。由具有和不具有活性炭(AC)的200g样品重量负载产生的固体炭似乎是未来替代固体燃料的良好潜力,因为它具有与煤等天然固体燃料的几乎相似的性质。

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