年产15万吨牛皮挂面箱纸板制浆造纸综合工厂设计

论文编号:QH031  论文字数:8765,页数:33  附CAD图

年产15万吨牛皮挂面箱板纸制浆造纸综合工厂设计
重点：日产225万吨芯浆生产线工艺设计
摘 要
 本文是对年产15万吨牛皮挂面箱纸板的225吨芯浆生产线工艺的初步设计。本设计采用将OCC碎解的方法生产本色浆，无需脱墨，不用漂白，没有添加任何化学药品，整个生产过程主要是进行筛选，除渣，热分散，浓缩，打浆等操作，并且通过废水处理、污染防护以及自主能源，将生产成本降到了最低限度。设计的内容主要包括：
建厂的可行性分析
全厂产品结构和生产方法说明
本车间产品特点及工艺流程、工艺条件的选择
各主要设备物料衡算、设备选型计算
车间水、电、气、消耗技术经济指标及劳动、组织人员编制
车间工艺设备布置说明
设计成果综合评述
参考文献、致谢等

关键词：牛皮挂面箱纸板，芯浆，生产工艺

Comprehensive Factory of Making Pulp and Paper that Produces 150,000 Tons Kraft Paper Liner Board a Year
Focus: Technological Design of 160 Tons Prime Paper Pulp Making Liner
ABSTRACT
    This paper is to explain the comprehensive factory of making pulp and paper that produces 150,000 tons kraft paper liner board a year, the point is the workshop where 160 tons waste paper prime pulp is made a day.The design solution will be OCC broken way of producing the color, without deinking, do not bleach, do not add any chemicals, the whole production process is screening, deslagging, thermal dispersion, concentrate, beating and other operations, and wastewater treatment through , pollution prevention, as well as self-energy, production costs will be reduced to a minimum.the main contents of design include:
(1) Feasibility analysis of building a mill
(2)Product mix and production process of all mill
(3)Product features of the workshop and the choice of technological flow and process condition
(4)Mass balance and equipment selection of the main equipments
(5)Consumption indicator of water, gas and electricity and size of personnel force
(6)Arrangement explanation of processing equipment in the mill
(7)General survey of design
(8)Literature cite and acknowledgment

KEY WORDS:  Kraft liner board, prime paper pulp, producing technology

目 录
1 绪论 1
1.1 设计背景与发展状况 1
1.2 工厂设计的可行性分析 1
2 全厂产品结构和生产方法 4
3 生产工艺设计 5
3.1 车间概况及特点 5
3.2 底浆生产工艺流程 5
3.3 车间技术经济指标和工艺参数 5
4 设备衡算和设备选型 7
4.1 浆水平衡计算 7
4.2 浆水平衡明细表 13
4.3 主要设备选型及计算 16
5 水、电、气指标消耗及人员编制 20
5.1 水、电、气供应 20
5.2 人员编制 20
5.3 废水治理工艺流程 21
6 蒸汽及采暖通风
 6.1 动力 23
 6.2 供热 23
    6.3 采暖通风 23
7 安全技术及防火 24
8 建筑部分 25
9 车间工艺设备布置说明 26
10 设计总论 27
致 谢 28
参考文献 29

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