石油工程设计大赛获奖作品

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1、团队编号：全国石油工程设计大赛方案设计类作品比赛类别：地面工程单位名称：团队名称：队长姓名：联系方式：指导教师：完成日期2013年4月6日全国石油工程设计大赛组织委员会制匿名评审页匿名评审编号：______________比赛类型：__________________注：作品初审采取匿名评审的方式，匿名评审编号由各赛区设定。作品简介本参赛作品是针对A区块油田提出的地面工程开发方案设计。此开发方案设计针对本区油田的实际情况，通过查阅相关文献资料，确定了对应的地面工程开发方案。本次地面工程设计主要涵盖油气集输管网、集中处理站、防腐、污水处理系统、注水系统、计量、自

2、动控制系统、通信工程、给排水工程、供电工程、供热与暖通工程、总图运输与建筑物、组织机构与劳动定员、生产维修及巡护工程、节能、HSE管理、费用估算等16方面的内容。其中着重对油气集输管网和集中处理站进行了设计。集输系统布站方案选取了将一级半布站与一级布站相结合的布站方式，有效地减少了投资及运行成本，提高了运行效率。在集油工艺方面，选用及校核了不加热自然集油工艺，大大降低了热能损耗及其它方面的损耗。集中处理站设计中，原油脱水流程利用HNS-Ⅰ型高效三相分离器将高含水原油三段脱水简化为两段脱水，简化了相应流程，降低了设备投资。其中将电脱水器排出的热水与油水混合物在进

3、HNS-Ⅰ分离器前回掺，提高了油水混合物温度，为之后分离沉降提供良好的条件，有效地降低了能量损耗。此外，将分离出的油田伴生气外输至凝析气田厂进行处理，节省了相关部分投资。本次设计采用全密闭集输处理流程，使油气集输密闭率达到100%。在污水处理与回注系统中，使含油污水回注率与处理率均达到100%，可达到国内高效油气集输与处理系统相关指标的先进水平。此外，在节能方面，提出了因地制宜得使用沙漠地区的太阳能、风能等自然资源的方案，可提高能源利用率。目录第1章总论······················································

4、··································11.1设计任务··················································································11.2设计原则··················································································11.3编制依据·····························································

5、·····················1第2章自然条件和社会条件···································································3第3章建设规模与总体布局···································································43.1建设规模··················································································43.2产品方案及产品质

6、量···································································43.3总体布局··················································································4第4章油气集输管网设计······································································54.1布站方式···································

7、···············································54.2集输管网流程············································································54.3集油工艺的选择·········································································64.3.1国内主要集油工艺简介··················································

8、······64.3.2集油工艺的选取