求的流化床反应器数据，这些参数即为流化床的实际参数。确定流化床的各项参数后，再确定流化床内部构件的设计，主要有换热器的设计和内部构件的设计。查文献可得选用列管换热器，根据热量衡算得到换热器的换热面积，列管参数。构件主要有气体分布器和挡板的设计，由流化床设计参数可得。再选择流化床的附件，主要有支座及管材的选择，支座可以通过流化床的高度，流化床的直径来确定流化床支座的类型及参数。管材的确定主要通过床层填料及床层压力来确定。最后在设计计算的基础上进行流化床的机械设计，确定了流化床的壁厚，封头厚度，流化床反应器质量负荷等参数。
根据计算设计出流化床反应器，确定流化床的流化速度为01494ms和高度为113m，确定膨胀的比为11716，床层直径为32m，空隙率05732，流化床压降为39507Pa，换热器理论传热面积为2056m2，多热油质导量为396kg，换热管数为52。关键词：流化床；设计；反应器；参数
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f武汉工程大学课程设计
Abstract
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II
f武汉工程大学课程设计
目录
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