年产130万平米玻化砖天然气辊道窑设计

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1、景德镇陶瓷学院专业课程设计说明书题目:年产130万平米玻化砖天然气辊道窑设计学号：201010260103姓名：何树斌院（系）：材料科学与工程学院专业：10粉体工程指导教师：孙健日期：2013.12目录1前言····································································2设计任务及原始资料····················································3窑体主要尺寸的确定···················································

2、···3.1窑内宽的确定························································3.2窑长及各带长度的确定···········································3.3窑内高的确定························································4烧成制度的确定···············································5工作系统的确定···········································

3、···············5.1排烟系统···························································5.2燃烧系统···························································5.3冷却系统···························································5.4传动系统···························································5.5窑体附属结构·······

4、················································5.5.1事故处理孔·····················································5.5.2测温孔及观察孔············································5.5.3膨胀缝························································5.5.4挡板及挡墙···················································5.6

5、窑体加固钢架结构形式···············································6燃料燃烧计算····························································6.1空气量····························································6.2烟气量····························································6.3燃烧温度································

6、··························7窑体材料及厚度的确定：列表表示全窑所用材料及厚度·······················8热平衡计算······························································8.1预热带及烧成带热平衡计算··········································8.1.1热平衡计算基准及范围···········································8.1.2热平衡框图····························

7、·······················8.1.3热收入项目···················································8.1.4热支出项目···················································8.1.5热平衡方程式·············································8.1.6预热带与烧成带热平衡表·············