爱华网40万吨/年箱板纸制浆造纸综合工厂设计
重点：日产900吨箱板纸抄造车间设计
摘 要
该说明书主要介绍了建设一个利用废纸造纸达到年产40万吨包装纸制浆造纸综合工厂的诸多问题。重点说明了日产900吨高档牛皮箱板纸成型、压榨、烘干过程的工艺，设备的布置及安排。设计内容包括浆水平衡计算图绘制、设备选型及计算、车间设备布置平面图、立面图及工艺流程图、全厂总平面图的绘制。
关键词：制浆造纸，牛皮箱板纸，废纸造纸
A Combine Design of Cardboard Paper with 400,000
Tons Per Year
Daily Production 900 Tons of Cardboard Paper Workshop ABSTRACT
This manual mainly introduced the construction using wastepaper papermaking attain annual a 40 tons of paper pulp &paper comprehensive factory problems.Focuses on the instructions daily production 900 tons of high-grade ox-leather case paperboard molding, squeezing, drying process technology, equipment arrangement and arrangement. Design content including slurry water equilibrium calculation chart drawing, equipment selection and calculation, workshop equipment layout plan, elevation and process flow diagram, the total plan drawn plant。
KEYWORDS: papermaking, cowhide shook paper, OCC papermaking
目 录
摘 要 .................................................................... I ABSTRACT ................................................................ II
1项目背景 ................................................................ 1
1.1 设计依据 ........................................................... 1
1.2 工厂设计的可行性分析 ............................................... 2
1.2.1可行性分析 ...................................................... 2
1.2.2市场需求预测 .................................................... 2
1.2.3原料供应 ........................................................ 3
1.3 设计任务的描述 ..................................................... 4
1.3.1简介 ............................................................ 4
1.3.2原始依据 ........................................................ 4
2 工艺部分 ............................................................... 8
2.1生产工艺 ............................................................ 8
2.1.1 产品及原料简介 ................................................. 8
2.1.2 主要工艺流程 ................................................... 8
2.1.3 生产流程????????????????????????????. 9
2.2浆水平衡计算 ....................................................... 10
2.2.1平衡计算的有关数据 ............................................. 10
2.2.2浆水平衡计算 ................................................... 13
2.2.3浆水明细表 ..................................................... 23
2.3干燥部计算 ......................................................... 26
2.3.1烘缸耗热量计算意义 ............................................. 26
2.3.2计算原理 ....................................................... 26
2.3.3计算过程 ....................................................... 27
2.4 设备选型和校核 ....................................................... 30
2.4.1主要设备选型 ..................................................... 30
2.4.2设备校核 ....................................................... 32
2.5牛皮箱板纸几种纸病常见的处理方法 ................................... 33
2.5.1 压花问题 ...................................................... 33
2.5.2 纤维组织不好 .................................................. 33
2.5.3 面浆露底 ...................................................... 34
3 车间布置及总平面布置 .................................................. 35
3.1布置的原则 ......................................................... 35
3.1.1 车间布置的基本原则 ............................................ 35
3.1.2 造纸车间布置 .................................................. 35
3.2 全厂总平面布置说明 ................................................ 36
3.3总平面布置的技术经济指标： ......................................... 36
4 辅助生产工程设计 ...................................................... 38
4.1动力 ............................................................... 38
4.1.1供电 ........................................................... 38
4.1.2照明 ........................................................... 38
4.2供热 ............................................................... 38
4.3采暖通风 ........................................................... 39
4.4 给水工程 .......................................................... 39
5 安全技术及防火 ........................................................ 40
5.1污染源及有害物质 ................................................... 40
5.2防护措施 ........................................................... 40
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