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1、WORD格式摘要3本设计是日供应 1.5 万 m 压缩天然气 CNG加气站的设计。主要内容是根据天然气相关数据以及各种设计标准，进展天然气计量、调压、脱水、压缩、储存，主要参数的选择计算，并且对工艺管道的流量、管径、壁厚，作出详细的计算并写出计算过程。本设计说明书共包括 12 个局部：在第一个局部主要介绍了压缩天然气加气站工程建立的背景、 工程建立的必要性， 第二局部主要对 CNG加气站的气质参数具体分析与计算，得出了建 CNG加气站的临界压力和临界温度； 第三局部主要是建立规模； 第四局部主要是天然气加气站的选址、 场站建立的条件； 第五局部主要介绍了加气站的总规划以及设计执行的主要标准及规
2、； 第六局部是本设计中最重要的环节， 介绍加气站工艺流程、工艺方案特点以及工艺设备选型、管材、管阀件以及防腐，具体根据加气站的设计规模 1.5m3/d 的供气量进展各种设备的选型计算以及各种管件、 仪器的选择。首先是根据供气量， 通过计算确定压缩机， 然后根据选择的压缩机的排气量依次进展调压站主要设备比方过滤器、调压器、以及调压器前后管道的选择计算，缓冲罐尺寸选择， 压缩机后管道的计算选择， 选择储气井储气， 并进展了储气井的设计计算以及储气井的优化； 废气回收罐的选择、 及充气流程以及加气机的选择计算。 第 7 局部到 12 局部主要介绍了加气站的各项配套设施，包括管道的消防设施，平安生产与
3、工业卫生、绿化以及通信，节约能源和合理利用资源，环境保护等。关键词： 加气站；压缩机；脱水装置；储气井；加气机专业资料整理WORD格式I专业资料整理WORD格式AbstractThe design of the subject is: on the supply of 15,000 m 3 of compressed natural gas (CNG) filling stations design. The main contents of the relevant data is based on natural gas as well as the design specificatio
4、ns for natural gas measurement, voltage regulator, desulfurization, dehydration, compression, storage, the choice of the main parameters of the calculation, and process pipe flow, pipe diameter, wall thickness, in detail calculation process to calculate and write.The design specification, including
5、a total of 13 parts: the first introduced some of the major projects on compressed natural gas filling stations in the background, the need for project construction, The second part of the main character of the CNG filling stations and calculation of parameters of a specific analysis, to build CNG f
6、illing stations reached the critical pressure and critical temperature, The third part is the scale of construction; fourth part is the location of natural gas filling stations, the station building conditions; fifth introduced some of the major stations of the total planning and design of the imple
7、mentation of the main standards and regulations; Part VI is the design of the most important aspects on process stations, the characteristics of technology programs, as well as selection of process equipment, pipe, pipe valves, as well as anti-corrosion and concrete in accordance with the design of
8、stations the size of the volume of the gas supply to a variety of Selection computing equipment and a variety of pipe fittings, the choice of instruments. The first is based on gas volume, determined by calculating the compressor, and then depending on the chosen displacement compressor regulator st
9、ation in order to carry out major equipment (such as filters, voltage regulator, as well as the regulator before and after the pipe) option, the buffer tank size selection, the calculation of the compressor after the pipeline option, choose gas wells and gas wells in the design calculation and optim
10、ization of gas wells. And the design of the gas wells and gas wells in the calculation optimization; gas tank recovery options, and the inflatable air-flow and increase the choice of the calculation. Part 7 to 13, introduced some of the major stations of the supporting facilities, including pipeline
11、 fire facilities, industrial hygiene and safety in production, green and communications, energy conservation and rational utilization of resources, environmental protection, etc.Keywords: filling stations; compressor; dehydration device; gas wells; filling machine专业资料整理WORD格式II专业资料整理WORD格式目录摘要.IABSTRACT .II1总论 .11.1工程名称 .11.2编制依据和原那么 .11.3施工及验收执行的主要标准 .21.4工程建立的背景及建立的必要性 .21.5工程概况 .52气源及市场分析 .72.1气源状况 .72.2气质参数 .72.3天然气根本性质 .
