1, majoring in petroleum engineering

Training objectives: This major trains senior technical personnel with basic engineering theory and professional knowledge of petroleum engineering, who can engage in engineering design, engineering construction and management, applied research and scientific and technological development in oil and gas drilling engineering, oil production engineering, reservoir engineering and reservoir evaluation in the field of petroleum engineering, and obtain basic training for petroleum engineers.

Employment orientation: petroleum engineering graduates are mainly engaged in engineering design, engineering construction and management, applied research and scientific and technological development in oil and gas drilling and completion engineering, oil production engineering, reservoir engineering and reservoir evaluation.

2. Major in Resource Exploration Engineering

Training objective: to train senior engineering and technical personnel with basic theoretical knowledge of geology, mastering indoor and outdoor working methods of geological investigation and exploration, having the preliminary ability of comprehensive analysis and research on the geology and distribution law of mineral deposits, and being able to engage in the exploration, evaluation and management of solid, liquid and gas mineral resources in the fields of resource exploration, development (mining) and management.

Employment orientation: Students majoring in resource exploration engineering can engage in the exploration, evaluation and management of solid, liquid and gas mineral resources in the fields of resource exploration, development (mining) and management after graduation.

3. Oil and gas storage and transportation engineering specialty

Training objectives: This major trains senior engineering and technical personnel with knowledge of engineering fluid mechanics, physical chemistry and oil and gas storage and transportation engineering, who can engage in planning, exploration and design, construction project management, research and development of oil and gas storage and transportation engineering in national, provincial and municipal development planning departments, transportation planning and design departments and oil and gas storage and transportation management departments.

Employment orientation: After graduation, students majoring in oil and gas storage and transportation engineering can engage in the planning, exploration and design, construction project management, research and development of oil and gas storage and transportation engineering in provincial and municipal development planning departments, transportation planning and design departments and oil and gas storage and transportation management departments.

4. Mechanical Engineering and Automation Major

Professional introduction: Mechanical design, manufacturing and automation is a first-class discipline, which belongs to two disciplines under the mechanical engineering specialty. This discipline directly reflects the level of modernization and industrialization of a country. This major involves the design and manufacture, scientific and technological development, applied research, operation management, sales and other directions of the machinery industry, and it is an industry with great social demand.

Employment orientation: Graduates majoring in mechanical engineering and automation can apply CAD and analysis software to research, design and manufacture various electromechanical products and electromechanical automatic control systems and equipment in relevant state departments, scientific research institutes, universities, enterprises and high-tech companies, such as designing, manufacturing, developing, testing and researching high-tech products and systems such as industrial robots, micro-electromechanical systems and intelligent devices.

5. Major in process equipment and control engineering

Training objectives: This major trains senior engineering and technical personnel who have basic knowledge and application ability of mechanical thermal processing and can engage in design, manufacturing, experimental research, operation management and sales in the field of thermal processing in the first line of industrial production.

Employment direction: chemical equipment manufacturing enterprises, such as pressure vessel manufacturing and air separation equipment manufacturing; Chemical plant, graduates of this major are mainly responsible for equipment management; Chemical construction companies (specialized in establishing chemical plants), graduates are mainly responsible for the overall planning and layout of chemical plants and the installation of chemical equipment. The whereabouts of most graduates are within the above three types of enterprises.

B. Postgraduate books of Southwest Petroleum University

Reservoir Physics, edited by He Gengzi, Petroleum Industry Press,

Zhang Houfu, Petroleum Geology, Petroleum Industry Press, 2005

Oil Production Engineering, edited by Li Yingchuan, Petroleum Industry Press, 2002.

Principles of Reservoir Engineering, edited by Li Chuanliang, Petroleum Industry Press, 2005.

Drilling and Completion Engineering, edited by Chen Ping, Drilling and Completion Engineering, Petroleum Industry Press, 2005.

In the future, I am determined to engage in petroleum, and development is the best choice. Enter the design and research institute to see the small direction of your graduate study.

C.Xi What is the exact version of the textbook of petroleum engineering course in Youshi University?

Chen Tinggen et al., Drilling Engineering Theory and Technology, Petroleum University Press, 2005;

Zhang Qi, Internal Principle and Design of Oil Production Engineering, Rongshe, Petroleum University Press, 2005.

Jiang Hanqiao et al, Principles and Methods of Reservoir Engineering, China Youshi University Press, 2006.

Yang, Engineering Fluid Mechanics, Petroleum Industry Press, 2007.

Dai Qide, Petroleum Development Geology, Petroleum University Press, 1999.

Yan Li et al., Fundamentals of Oil and Gas Seepage Mechanics, Shaanxi Science and Technology Press, 200 1.

Shen Wei Dao et al., Engineering Thermodynamics, Higher Education Press, 200 1.

Yang Shiming et al., Heat Transfer, Higher Education Press, 1998.

D.Xi What is the petroleum engineering major of Anyou University and the employment rate?

Xi Youshi University (oil and gas storage, petroleum engineering, petroleum exploration) is a major with employment rate 100%.

Subject: Engineering

Category: Geology and Mineral Resources

Professional Name: Petroleum Engineering

Business training objectives: This major trains senior technical personnel with basic engineering theory and professional knowledge of petroleum engineering, who can engage in engineering design, engineering construction and management, applied research and scientific and technological development in oil and gas drilling engineering, oil production engineering, reservoir engineering and reservoir evaluation in the field of petroleum engineering, and obtain basic training for petroleum engineers.

Business training requirements: Students in this major mainly study the basic theories and knowledge of mathematics, physics, chemistry, mechanics, geology and engineering science related to petroleum engineering, receive basic training in petroleum engineering, and have the basic abilities of design, construction and management of oil and gas field drilling, oil production and oil and gas development projects, as well as preliminary applied research and scientific and technological development.

Graduates should have the following knowledge and abilities:

1. Master basic theories and knowledge related to mathematics, physics, chemistry, mechanics, geology, computer science and petroleum engineering;

2. Have the basic ability to apply mathematics, geological methods and system mechanics theory to oil and gas field development and design;

3. Have the basic ability to apply basic theory and knowledge to design oil and gas drilling and production engineering;

4. Have the preliminary mechanical design ability of general drilling and production tools and equipment parts;

5. Have the preliminary ability to analyze and solve practical problems in petroleum engineering by using basic theories, and to carry out technological innovation and scientific research;

6 with the application of system engineering methods and modern economic knowledge for petroleum engineering production, operation and management of the initial ability.

Main subject: petroleum and natural gas engineering.

Main courses: technical economics, oil and gas field development geology, engineering mechanics, computer programming, fluid mechanics, seepage mechanics, drilling engineering, oil production engineering, reservoir engineering, oilfield chemistry, new drilling and production technology, etc.

The main practical teaching links include general geological practice, metalworking practice, production practice, graduation practice and graduation design. , generally arranged for 30 weeks.

Study time: four years

Degree awarded: Bachelor of Engineering

E. which edition is the textbook "Beijing reservoir physics and oil production engineering" published by Youshi University in China?

Edited by Yang Shenglai and Wei Junzhi. , Reservoir Physics, Petroleum Industry Press;

Zhang Qi, editor-in-chief, Principle and Design of Oil Recovery Technology, China Youshi University Press.

F: I want to take the postgraduate entrance examination: Which direction is better for petroleum engineering graduate students? Which school is better, Xi Petroleum, China Petroleum and Petroleum University?

What about Petroleum University? China oil is good, it is the most professional! And Beijing is relatively better! Petroleum engineering is very competitive! The following two majors are the best, from East China: Dongying.

08200 1 oil and gas well project

0 1 mechanics, information and control of oil and gas wells

Rock mechanics and engineering of oil and gas wells

Fluid mechanics and engineering of oil and gas wells

04 drilling fluid and completion fluid chemistry and engineering 70 ① 10 1 politics

②20 1 English

③302 Mathematics II

④8 15 engineering fluid mechanics or 8 16 theoretical mechanics or 8 17 material mechanics or 8 18 physical chemistry.

Re-examination professional courses: professional integration (oil-bearing gas well engineering, drilling fluid, etc. ) restrict the recruitment of science and engineering graduates;

Equivalent academic ability plus examination:

① Material Mechanics or ② Engineering Fluid Mechanics or ③ Theoretical Mechanics (the initial test is not repeated with the selected subjects).

082002 oil and gas field development project

0 1 oil and gas seepage theory and its application

Theory and method of 02 oil and gas field development

Theory and technology of oil production engineering

04 enhanced oil recovery and oil recovery chemistry

05 information technology and application of oil and gas field development 120 ① 10 1 politics

②20 1 English

③302 Mathematics II

④8 19 seepage physics (seepage mechanics+reservoir physics) or 8 18 physical chemistry.

Re-examination course: oil production engineering or reservoir engineering or oilfield chemistry restricts the recruitment of science and engineering graduates;

Equivalent academic ability plus examination:

① Seepage mechanics or ② engineering fluid mechanics or ③ physical chemistry (two courses were not selected in the initial test)

This is a school in Beijing:

08200 1 oil and gas well project

0 1 downhole machinery, information and control

Rock mechanics and engineering of oil and gas wells

Fluid mechanics and engineering of oil and gas wells

04 Oil and Gas Well Chemical 65 ① 10 1 Politics 2201English or 202 Russian 3302 Mathematics 24829 Engineering Mechanics (I) or 820 Fluid Mechanics or 824 Drilling and Completion Engineering: Choose two subjects different from the unified examination subjects; Comprehensive examination contents of re-examination major: drilling and completion engineering, engineering mechanics and rock mechanics.

082002 oil and gas field development project

0 1 oil and gas seepage theory and its application

02 oil and gas field development theory and system engineering

Theory and technology of oil production engineering

04 enhanced oil production and oil production chemistry125 ①10/politics 220 1 English or 202 Russian 3302 mathematics 2482 1 seepage mechanics or 825 reservoir physics or 826 oil production engineering, with the same academic level: choose two subjects different from the unified examination subjects from ④. Comprehensive examination scope during the second interview: candidates in this major will examine engineering fluid mechanics, design and adjustment methods of oil and gas field development, theory and technology of improving oil and gas recovery, and new technology of oil and gas field development; Non-professional candidates examine the mathematical foundation related to the above fields.

G.20 1 1 China Youshi University (Beijing) Oil Production Project Phase I 1, 2,3 Answer, urgent need, online, etc! !

1 The seepage mode of oil production engineering refers to multiphase flow in the wellbore.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: Seepage mode also includes seepage in oil layer.

The second problem of oil production engineering is to study the process law of oil well from bottom hole to surface.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: It also includes the process of injecting into the well from the surface.

The goal of oil production engineering is to effectively improve oil well production and recovery.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: This is a big goal.

Question 4 IPR curve shows the relationship between production and bottom hole flowing pressure.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: Also called inflow dynamic curve.

The oil production index in question 5 refers to the daily oil production under the unit production pressure difference.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: It can be used as a comparison between wells.

Question 6 Absolute open flow rate of gas well refers to the flow rate when seepage resistance is zero.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: It means that when the bottom hole is equal to one atmosphere, the seepage resistance cannot be zero.

The flow efficiency of oil well is the ratio of actual production pressure difference to ideal production pressure difference.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: It is the ratio of ideal pressure difference to actual production pressure difference.

After stimulation measures, the flow efficiency of over-perfect wells is greater than 1.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: The efficiency of flow indicates the difficulty of flow to some extent. If the efficiency is high, the flow will be perfect, and it will be perfect.

Question 9: Skin factor of polluted reservoir is less than 0.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: Skin coefficient can be regarded as additional resistance, and there will be additional resistance if it is polluted.

Problem 10 vogel equation is a method for solving oil-gas two-phase seepage.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: It is an important law obtained through experiments.

Question 1 1: When the bottom hole pressure is lower than the saturation pressure, the reservoir seepage is oil-gas two-phase flow.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: If there is gas precipitation, it is naturally oil-gas two-phase flow.

Question 12 when oil, gas and water are in three phases, the IPR curve is calculated by the water content weighting method.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Annotation is a simple and practical method.

When 13 multi-layer reservoir is produced at the same time, when the static pressure of water layer is less than that of oil layer, the water cut will decrease with the increase of flow rate.

Your answer: Wrong.

Topic score: 0.5

Score of this question: 0.5

Comments: It increases with the increase of traffic.

Problem 14 multiphase flow is strictly divided into five forms when flowing in vertical wellbore.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: Sometimes the flow pattern is not obvious.

The slippage phenomenon in problem 15 is caused by the density difference between gas phase and liquid phase.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: Different flow rates and densities are caused together.

16 slip phenomenon is not produced in bubble flow, but in circulation.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: It has been generated in bubble flow.

Problem 17 The pressure distribution of multiphase pipe flow is calculated by depth increment, which is the depth under a given pressure difference.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: The pressure distribution is obtained after many operations.

Question 18: The condition of oil well flowing is that the total pressure loss is less than the reservoir energy.

Your answer: Wrong.

Topic score: 0.5

Score of this question: 0.0

Note: This means that the reservoir energy is enough to lift oil to the surface.

Problem 19 critical flow is the flow state when the velocity of fluid reaches the propagation velocity of pressure wave in fluid medium.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: Critical flow is an important parameter to calculate the throttle parameters.

Question 20: If the flowing well node analysis has a choke, the choke must be selected as the node.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: The nozzle is a special node and must be considered.

Question 2 1: In order to stabilize production, the design of nozzle system requires that the nozzle flow does not need to reach the critical flow condition.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.0

Note: Critical flow must be reached.

Question 22: If there is no gas lift valve, there will be a great starting pressure for gas lift start-up.

Your answer: Wrong.

Topic score: 0.5

Score of this question: 0.0

Note: The gas lift valve is designed to reduce the gas lift power.

The energy source of gas lift is mainly the expansion energy of gas.

Your answer: Wrong.

Topic score: 0.5

Score of this question: 0.0

Note: the gas is compressed and injected into the tube shoe, the pressure is reduced and the elastic energy is released.

Question 24: The methods of gas lift can be divided into continuous gas lift and intermittent gas lift.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Remarks: From the perspective of energy supplement.

The function of gas lift valve is to gradually discharge the liquid in the annular space of oil casing and reduce the starting pressure.

Your answer: correct.

Topic score: 0.5

Score of this question: 0.5

Note: Same as gas lift valve.

Question 26: What are the seepage forms of oil production engineering?

Your answers: a, b, d, e.

Topic score: 0.5

Score of this question: 0.5

Remarks: Investigate the working scope of oil production engineering and the flow process from oil layer to surface.

Question 27: What is the main natural energy in mobile oil production?

Your answers: a, b, c, d, e.

Topic score: 0.5

Score of this question: 0.5

Remarks: Find energy from elasticity, gravity, reservoir water pressure, etc.

Question 28: What are the following contents of oil production engineering?

Your answers: a, b, c, d, e.

Topic score: 0.5

Score of this question: 0.0

Note: Oil production engineering includes not only oil production wells, but also water injection wells, and various measures taken for oil layers through them.

Question 29: What are the ways of mechanical oil recovery?

Your answers: b, c, d, e.

Topic score: 0.5

Score of this question: 0.0

Note: the formation energy is not enough to drive oil to the wellhead, so it is necessary to add artificial energy to produce oil.

Article 30 The tasks of oil production projects mainly include

Your answers: a, c, d, e.

Topic score: 0.5

Score of this question: 0.0

Remarks: The answer can be obtained after understanding the definition of oil production engineering.

The influencing factors of IPR curve in question 3 1 are as follows

Your answers: a, b, c, d.

Topic score: 0.5

Score of this question: 0.5

Note: IPR curve is a characteristic curve reflecting the reservoir's ability to supply fluid to the bottom hole, and should include all relevant curves.

Question 32: The function of IPR curve is as follows

Your answers: a, b, d, e.

Topic score: 0.5

Score of this question: 0.0

Remarks: It is enough to understand the characteristic meaning of IPR curve.

Question 33: Use of Absolute Open Flow Rate of Gas Well

Your answers: a, c, d, c, d.

Topic score: 0.5

Score of this question: 0.0

Remarks: It reflects the quantity of gas well productivity.

Question 34. The defects of oil wells and water wells are

Your answers: A, B, C.

Topic score: 0.5

Score of this question: 0.0

Remarks: Understand the relationship between completion mode and completeness.

Question 35: The flow pattern of multiphase flow in oil wells is as follows

Your answers: a, b, c, d, e.

Topic score: 0.5

Score of this question: 0.5

Note: From the bottom of the well to the wellhead, the pressure and temperature of oil will drop, and gas will precipitate, with different gas sizes and different flow patterns.

Question 36. The main factors affecting multiphase pipe flow manifold are as follows

Your answers: a, c, d, c, d.

Topic score: 0.5

Score of this question: 0.0

Note: It is better to combine the flow pattern.

Question 37. The energy loss of multiphase pipe flow mainly includes

Your answer: b, c, d, c, d.

Topic score: 0.5

Score of this question: 0.0

Remarks: energy conservation and mass conservation

Question 38. The total loss of flowing pressure in oil wells includes

Your answers: b, c, d, e.

Topic score: 0.5

Score of this question: 0.5

Remarks: Combined with the working principle of flowing well

The main purpose of node analysis in question 39 is

Your answers: b, c, d, e.

Topic score: 0.5

Score of this question: 0.0

Note: Node analysis is very important, as long as it can be set as a node for feature analysis at a special point.

The application of gas lift is as follows

Your answers: A, B, C.

Topic score: 0.5

Score of this question: 0.0

Note: Gas lift needs high pressure ground manifold, and the gas reservoir has high energy.

Total homework score: 9.0.

General comments on homework:

H. What are the required courses for reservoir engineering in Southwest Petroleum University?

Southwest Petroleum University graduate students have oil and gas field development and oil and gas wells.

1. What is the content of the re-examination of the oil and gas field development project of Southwest Petroleum University?

What is said upstairs is the content of the professional source course exam when you come for the second interview. I took part in the second interview this year and passed it smoothly. Let me introduce the landlord to everything to be tested in the second interview.

1. written test for specialized courses. Including oil production engineering, reservoir engineering and drilling and completion engineering. Take the exam together for three hours, but the questions are not mixed, and the papers are separated, each score is 100. I feel that this year's topic is not simple, especially "drilling and completion project". If you are a professional, you should find it much easier. For example, explaining one of the terms: drilling method is known to all majors, but not to foreign majors. In short, review well and get ready.

2. Interview: There are generally five teachers in the interview, one of whom is recorded. Only four teachers should ask questions, and they will ask some simple professional questions, such as the explanation of nouns and what is a hole. I will also ask some questions, such as why you study this major and what are your plans for your three-year postgraduate life. I will be asked.

3. English interview: quite simple. Prepare a few minutes to introduce yourself, and the teacher will ask a few more questions. Generally speaking, it is relatively simple, and there should be no problem.

So much for the second interview trilogy. I hope you can pass it smoothly, too