某县给水处理工程设计(含CAD图)

某县给水处理工程设计(含CAD图)(任务书,开题报告,外文翻译,计算书8000字,CAD图纸10张)
摘    要
本设计为某县给水处理工程的设计计算。某镇位于北温带南缘，是暖温带向亚热带过渡地区，属暖湿性季风气候。境内雨量充沛，历年来境内平均降水量949.9毫米，平均降水量最高的月份是7月，为240毫米，平均降水量最少的月份是12月，为15.1毫米。
域内河网密布，水量充沛，作为城市供水水源，在水量上可以满足供水需求。但区域内大部分河流水质为Ⅲ～Ⅳ类，需要经过处理才可以提供饮用。
给水厂从河流处取水，河流枯水位为-2m，水厂地面标高为0.00m。取水采用三根自流管道取水，原水从取水头部经过自流管进入集水池，由一泵房输送到水厂的各个处理设施中。一泵房采用型号为500S-13的水泵8台，7用一备。原水与三氯化铁药液在絮凝池中混合，絮凝池采用为水平轴式机械搅拌的方法。加药混合后的液体进入平流沉淀池，絮体沉降到池底，由吸泥机排走。沉淀池出水均匀分配到8座V型滤池中，由滤池过滤后，通过管道设置的加氯点加氯消毒，进入清水池中。二泵站设置两台型号为600S-47的水泵以及20SH-13的水泵5台，一台备用。清水池中的水经过二泵站加压，输送到市政管网中，压力为0.45Mpa。 [版权所有：http://think58.com]

关键词：给水工程  泵站  水处理
 
Abstract
This design is the design calculation of a county water treatment project. A town is located in the southern margin of the North Temperate Zone. It is a transitional zone from warm temperate zone to subtropical zone. It has a warm and humid monsoon climate. There is abundant rainfall in the territory, with an average precipitation of 949.9 mm over the years. The month with the highest average precipitation is July, which is 240 mm. The month with the lowest average precipitation is December, which is 15.1 mm.
The inland river network is dense and the water quantity is abundant. As the water source of urban water supply, the water quantity can meet the water supply demand. However, the water quality of most rivers in the region is of type III-IV, which needs to be treated to provide drinking water.
The water supply plant draws water from the river. The low water level of the river is - 2M and the water plant ground elevation is 0.00m. Three self-flowing pipes are used for water intake. Raw water enters the catchment basin from the intake head through the self-flowing pipes, and is transported from a pump house to various treatment facilities of the water plant. The first pump house adopts 8 pumps of model 500S-13, and 7 of them are equipped with one. Raw water and ferric chloride solution are mixed in the flocculation tank, which adopts horizontal axis mechanical stirring method. The mixed liquid enters the advection sedimentation tank, and the floc settles to the bottom of the tank and is discharged by the suction machine. The effluent of the sedimentation tank is evenly distributed to eight V-type filters. After filtration by the filters, it is disinfected by chlorination at the chlorination point set by the pipeline and enters the clean water tank. Two 600S-47 pumps and five 20SH-13 pumps are installed in the second pumping station, one spare. The water in the clear pool is pressurized by the second pumping station and transported to the municipal pipeline network at a pressure of 0.45 Mpa.

[资料来源：http://www.THINK58.com]

Keyword: Water supply engineering；pumping station；water treatment

工程概况
本工程一期建成后，最高日产水量为30.0万m3/d。净水厂出厂水水质符合《生活饮用水卫生标准》（GB 5749-2006）的要求。净水厂出厂水水压0.45MPa。
水源水位标高为-2m，水厂地面标高为0.00米。
  [资料来源：http://think58.com]

目  录
给排水设计    Ⅰ
摘    要    Ⅱ
Abstract    Ⅲ [版权所有：http://think58.com]
摘    要    2
Abstract    3
目  录    4
设计说明书    1
第一章  项目概述    1
1.1  工程概况    1
1.2  设计依据    1
1.3  工程设计内容    1
第二章  方案比选    3
2.1  取水方案选择    3
2.2  混凝剂的选择    3
2.3  絮凝池的选择    3
2.3.1 隔板絮凝池    3
2.3.2 机械搅拌絮凝池    3
2.3.3 网格、栅条絮凝池    4
2.4    沉淀池的选取    4
2.4.1斜管（板）沉淀池    4
2.4.2 平流式沉淀池    4
2.4.3 辐流式沉淀池    4
2.5 滤池选择    4
2.5.1普通快滤池    4
2.5.2 虹吸滤池    4
2.5.3 无阀滤池    4 [来源：http://www.think58.com]
2.6 消毒    5
第三章  取水系统    6
3.1  取水量计算    6
3.2  取水泵房    6
第四章  混凝池    11
4.1  混凝池尺寸    11
4.2  搅拌器尺寸    11
4.3  叶轮转速与电机功率    11
4.4  溶液池与溶解池容积    13
第五章  沉淀池    14
5.1  沉淀池尺寸    14
5.2  孔口计算    14
5.3  集水系统    15
5.4 排泥    16
5.5 污泥浓缩池尺寸    18
第六章  滤池设计计算    19
6.1  过滤面积的计算    19
6.2 滤池尺寸    19
6.3 滤头个数    20
6.4 反冲洗管渠系统    20
6.5 气水分配渠的断面计算    22
6.6 滤池管渠布置    23

[来源：http://think58.com]

6.6.1 反冲洗管渠    23
6.6.2 进水管渠    23
6.6.3 宽顶堰    24
6.6.4 滤池配水渠    24
6.6.5 V型槽设计    24
6.6.6 冲洗水箱的计算    25
6.6.7 设备选型    25
第七章  消毒    32
第八章  清水池与二泵房    33
第九章  水厂附属构筑物    35
第十章  平面与高程布置    35
参考文献    37 [资料来源：http://think58.com]