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随着现代电子产品的不断推进,在信息化建设的大背景下,电子电器设备的更新换代逐渐加快,因此,就会出现废弃电路板以及各种塑料颗粒的不断涌现,尤其是在印刷线路板以及各种电子产品的复杂程序设计中,废弃电路板含有塑料、难以融化的氧化物以及各种金属元素,这些废弃物品相对来说,具有一定的危险性,但也有存在更多的潜在价值,因此,在采用塑料颗粒流化床热解的实验基础上,进行有效处理,将具有很大价值。本文将围绕实验部分,对废弃电路板塑料颗粒流化床热解实验研究,从热解动力学和产物分析、实验装置及设备等多方面深入分析,给实践提供坚实的依据。
With the continuous promotion of modern electronic products, the background of information construction, electronic equipment replacement gradually accelerated, so there will be the emergence of abandoned circuit boards and a variety of plastic particles continue to emerge, especially in the printed circuit board As well as the complex programming of a variety of electronic products, waste circuit boards contain plastics, oxides that are difficult to melt, and various metallic elements that are relatively dangerous but have potentially more potential, Therefore, the use of plastic particles fluidized bed pyrolysis experiments based on the effective treatment will be of great value. This article will focus on the experimental part of the abandoned circuit board plastic particle fluidized bed pyrolysis experimental study, from the pyrolysis kinetics and product analysis, experimental equipment and equipment in many aspects in-depth analysis, to provide a solid basis for practice.