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Energy Extraction from Carbon Ash Burning with Fluidized bed Gasifier

机译：用流化床气化器燃烧的能量提取

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Disposal of such high-Oil content (up to 8%-23%) waste (Carbon ash) troubles the Waste tire resource plant. The Fluidized bed Gasifier medium (SiO_2 in Common) possesses the strong ability of heat reservation that makes the high-oil content waste pre-drying. In addition, the utilization of absorbed-Molecular sieves can get rid of generated. It is applicable to direct gasification pyrolysis of Carbon ash, Due to its collective characteristics of pre-drying, pyrolysis and clean of pollutant. This research was devoted to study the feasibility for self-sustained combustion of high-oil content ZKHN Waste tire pyrolysis waste by Scrolling-Type Fluidized bed Gasifier. Research results indicate that the suitable for operating temperature is about 370°C with about 150 pa Pressure difference and 82.9% burning efficiency for self-sustained gasification of carbon ash. In other words, the oil content must be controlled below 26%. The volatile gases and organic solvents of participates can be neglected. The emission of CO was an Important issue, but can be suppressed by best regulation some factors that are operating temperature, axial temperature distribution, primary air & excess air. These factors influence the results of this study.
机译：处理这种高油含量（高达8％-23％）废物（碳灰）麻烦废弃轮胎资源厂。流化床气化器介质（共同SiO_2）具有强大的热预留能力，使得高油含量废物预干燥。此外，吸收分子筛的利用可以摆脱产生的。它适用于碳灰分的直接气化，由于其预干燥，热解和污染物清洁的集体特性。本研究致力于通过滚动式流化床气化器研究高油含量ZKHN废弃轮胎热解废弃物的自我持续燃烧的可行性。研究结果表明，适用于工作温度约为370℃，约150Pa压力差和82.9％的碳灰度自持续气化燃烧效率为82.9％。换句话说，油含量必须控制在26％以下。可以忽略参与的挥发性气体和有机溶剂。 CO的排放是一个重要的问题，但可以通过最佳调节抑制一些经营温度，轴向温度分布，初级空气和过量空气的因素。这些因素会影响本研究的结果。

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