《油气开采完井技术》课程教学大纲.docx
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1、油气开采完井技术教学大纲一、课程基本信息课程名称油气开采完井技术Oil and Gas Exploitation and Completion Technology课程编码SPE127721020开课院部石油工程学院课程团队油气开采完井技术教学团队学分2.0课内学时32讲授32实验0上机0实践0课外学时0适用专业本研一体化班(石油工程类)授课语言中文先修课程天然气开采与安全课程简介(限选)完井工程是衔接油气钻井和油气开采工程的关键环节,传统的“钻完井”中的“完井” 一般是指套管设计及固井,作为钻井工程收尾 性环节而存在。而实际上,随时行业发展和技术进步,完井工程涵盖了更广泛的范围,并逐步形成了
2、以图效开采为目的的系列完井技术, 包括射孔完井、筛管完井、控水完井、控砂完井、智能完井、水平井长井段非均匀完井,以及完井开采一体化工艺技术等。本课程为硕士研究生专业选修课程,重点从系统工程角度出发,讲授以长效高效开采为目的油气井完井理论与,艺技术。课程基本内 容包括开采完井的储层开采特征与入流评价、套管射孔完井设计、控砂完井、控水完井、智能完井以及完井开采一体化工艺技术等。通过 本课程的学习,使得学生掌握和了解复杂条件下油气井完井工程设计和系统优化的理论、方法与技术,实现油气高效开采;为未来从事油 气井完井与开采工程设计、研究与管理等工作打下良好的专业基础。Completion Enginee
3、ring is the key link connecting oil and gas drilling and oil and gas exploitation Engineering. The completion in the traditional drilling and completion generally refers to casing design and cementing, which exists as the finallability link of drilling engineering. In fact, with the development of t
4、he industry and technological progress at any time, the completion project covers a wider range and gradually forms a series of completion technologies for the purpose of efficient mining, including perforation completion, screen completion, water control completion, sand control completion, intelli
5、gent completion, non-uniform completion of long horizontal well section, and integrated completion and mining technology, etc.This course is a professional elective course for postgraduate students, focusing on the theory and technology of oi1 and gas wel1 completion for the purpose of long-term and
6、 efficient mining from the perspective of system engineering. The basic contents of the course include the reservoir mining characteristics and inflow evaluation of mining and completion, casing perforation completion design, sand control completion, water control completion, intelligent completion
7、and completion mining integrated technology. Through the study of this course, students can1MlM00C学习30%(见MOOC在线学习评分标准)2M2MOOC学习30%(见MOOC在线学习评分标准)3Ml课堂测试 及研讨10%(见课堂测试评分标准)4M2课堂测试 及研讨10%(见课堂测试评分标准)5M3课堂测试 及研讨10%(见课堂测试评分标准)6Ml平时作业20%A-独立思考、按时完成,作图标准,解题思路清晰、步骤完整、格式规范、答案准确。B-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比
8、较完整、格式规范、答案准确。c-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式比较规范、答案准确。D-作业抄袭,未能按时完成,作图不标准,解题思路混乱。7M2平时作业20%A-独立思考、按时完成,作图标准,解题思路清晰、步骤完整、格式规范、答案准确。B-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式规范、答案准确。C-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式比较规范、答案准确。D-作业抄袭,未能按时完成,作图不标准,解题思路混乱。8M3平时作业30%A-独立思考、按时完成,作图标准,解题思路清晰、步骤完整、格式规范、
9、答案准确。B-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式规范、答案准确。C-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式比较规范、答案准确。D-作业抄袭,未能按时完成,作图不标准,解题思路混乱。9M4平时作业20%A-独立思考、按时完成,作图标准,解题思路清晰、步骤完整、格式规范、答案准确。B-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式规范、答案准确。C-独立思考、按时完成,作图比较标准,解题思路比较清晰、步骤比较完整、格式比较规范、答案准确。D-作业抄袭,未能按时完成,作图不标准,解题思路混乱。10M3研究性学
10、习(大作 业)40%A-独立思考、按时完成;研究思路清晰、应用方法正确、过程完整、成果可靠。格式规范。B-独立思考、按时完成;研究思路较清晰、应用方法合理、过程较完整、成果可靠;格式较规范。C-独立思考、按时完成;研究思路较清晰、应用方法合理、过程较完整、成果较可靠;格式欠规范。D-独立思考较少,未能按时完成,研究思路混乱,格式不规范。11M4研究性学习(大作 业)70%A-独立思考、按时完成;研究思路清晰、应用方法正确、过程完整、成果可靠。格式规范。B-独立思考、按时完成;研究思路较清晰、应用方法合理、过程较完整、成果可靠;格式较规范。c-独立思考、按时完成;研究思路较清晰、应用方法合理、过
11、程较完整、成果较可靠;格式欠规范。D-独立思考较少,未能按时完成,研究思路混乱,格式不规范。12Ml期末考试40%(见试卷评分标准)13M2期末考试40%(见试卷评分标准)14M3期末考试20%(见试卷评分标准)15M4期末考试10%(见试卷评分标准)评分等级说明:A, B, C, D = 90-100, 75-89, 60-74, 0-59;六、教材与参考资料序号教学参考资料明细1图书1油气层渗流力学,张建国、侯健、雷光伦、,中国石油大学出版社,2009. (*主教材)2图书1油气层渗流力学,葛家理,石油工业出版社,1982.3图书1油气地下渗流力学,郎兆新,石油大学出版社,2001.4图书
12、1渗流力学,翟云芳,石油工业出版社,2003.5图书1渗流力学,王晓冬,石油工业出版社,2006.6图书1油气层渗流力学,李治平,石油工业出版社,2001.master and understand the theories, methods and techniques of oil and gas well completion engineering design and system optimization under complex conditions, so as to realize efficient exploitation of oi1 and gas; it lays
13、 a good professional foundation for the future work of oil and gas well completion and mining engineering design, research and management.负责人大纲执笔人审核人油气渗流力学教学大纲一、课程基本信息课程名称油气渗流力学Mechanics of Oil & Gas Fow in Porous Media课程编码SPE127921030开课院部石油工程学院课程团队渗流力学教学团队学分3.0课内学时48讲授48实验0上机0实践0课外学时0适用专业本研一体化班(油气地
14、学类)授课语言中文先修课程油层物理课程简介(限选)本课程为本研一体化班(油气地学类)专业的专业基础课程。该课程主要讲授油气渗流的基本概念、数学模型、单相液体的稳定渗流 及不稳定渗流理论、气体的渗流理论、油水两相渗流理论、油气两相渗流理论、复杂条件下的渗流理论等。旨在让学生掌握油、气、水渗 流的基本规律以及应用它解决各种渗流问题的基本思路和方法;具备认识、分析和解决渗流问题的基本能力;掌握油气渗流领域理论发展 现状及前沿动态,为后续课程及以后应用渗流理论解决油田生产实践中各种复杂油气渗流问题奠定理论基础。This course is a specialized basic course for
15、Petroleum Engineering Majors. This course mainly teaches the basic concepts and mathematical models of oil and gas flow in porous media, the theory of steady/unsteady state flow of single-phase liquid in porous media, theory of gas flow in porous media, oil-water two-phase flow in porous media, oilg
16、as two-phase flow in porous media, and theory of fluid flow in complex conditions. It is designed to help students master the basic law of oil, gas and water flow in porous media and the basic ideas and methods to solve various problems of fluid flow in porous media, to help students have the basic
17、ability to understand, analyze and solve the problems of fluid flow in porous media, to master the research status and development trend of oil and gas flow in porous media, and to lay the theoretical basis for students to solve various complex oil and gas flow problems in oil and gas field producti
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