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Oil and Gas Equipment (курсова робота)
Major: Oil and Gas Engineering and Technology
Code of subject: 6.185.00.O.026
Credits: 2.00
Department: Department of Oil and Gas Engineering and Welding
Lecturer: Biloborodchenko V.I.
Semester: 4 семестр
Mode of study: денна
Learning outcomes: Knowledge of the operation and maintenance of technological equipment used in the construction, repair, reconstruction and restoration of oil and gas pipeline systems and complexes. (ZH15)
Knowledge of methods of operational control over the technical condition of technological equipment used in construction, repair, reconstruction and restoration of equipment and elements of the pipeline complex (ZH20).
The ability to develop and synthesize structural and principle, as well as to create calculation schemes of equipment, to compose and design component parts of assemblies, aggregates, mechanisms, machines from individual parts and products. (UM9)
Basic knowledge in the field of design methods, engineering methods of calculation and selection, the scope of application of classic and modern designs of machine parts, assemblies and mechanisms used in modern tools, complexes and other equipment for the implementation of various technological processes. (ZK10)
Ability to perform regulated measures during operation and maintenance of technological equipment of the oil and gas complex. (FC15)
Required prior and related subjects: 1 Physics
2.Computer technologies of the oil and gas complex
3. Chemistry
4.Mechanics of the destruction of objects of the oil and gas complex
5. Technical mechanics
6. Restoration and repair works of metal structures of oil and gas industryof the complex
7. Basics of oil and gas business
8. Mathematical modeling processes of oil and gas supply
9. Drilling oil and gas wells
10. Quality control оbjects
Summary of the subject: Independent creative work based on the calculation of the strength of the tubing string in different ways of operating the well, which is carried out outside the classroom (free from mandatory educational classes) according to the task and under the methodical guidance of the teacher, but
without his direct participation.
Assessment methods and criteria: Diagnostics of the student's knowledge takes place during the semester when course work is performed outside the classroom (free from mandatory classes) according to the task and under the methodical guidance of the teacher, but without his direct participation and by means of defense before the committee using the following methods:
1. The quality of the course work is evaluated according to the criteria listed in Appendix 2 of the Regulation on the rating assessment of student achievements:
– compliance of the content of the course work with the task and the requirements of the educational and methodical recommendations for its implementation;
- independence of solving the assigned task, design decision, execution of calculations, drawings, graphs and tables;
– the presence of elements of a scientific and research nature;
– use of computer technologies;
- preparation of an explanatory note, graphic materials in accordance with the requirements of design and technological documentation.
2. The quality of the student's report on the content of the coursework is evaluated;
3. The completeness and correctness of the answers to the questions posed to the student are evaluated.
Recommended books: 7. Educational and methodological support
1. METHODOLOGICAL GUIDE for the laboratory workshop on the discipline
"oil and gas equipment" for students of specialty 185 Oil and gas engineering and technology / Incl.: V.I. Biloborodchenko - Lviv: NULP.-2020. - 36 p.
2. METHODOLOGICAL GUIDE for the workshop on the discipline "Oil and gas equipment" for students of the specialty 185 Oil and gas engineering and technology
»/ Inc.: V.I. Biloborodchenko - Lviv: NULP 2020 - 17 p.
3. METHODOLOGICAL GUIDE to the course work on the discipline
"oil and gas equipment" for students of specialty 185 Oil and gas engineering and technology / Incl.: V.I. Biloborodchenko - Lviv: NULP.-2020. - 13 p.
4. Methodical instructions for practical classes in the discipline "Oil and gas equipment" for students of the specialty 185 Oil and gas engineering and technology/ Reg. A.K. Sudakov. - Ministry of Education and Science of Ukraine; NU "Lviv Polytechnic". – Lviv: 2018. – 20 p.
8. Recommended literature Bazov
1. V.P. Grabovich - Gas industry equipment and machines. Synopsis of lectures. Ch.
1. M.: "Minh and DP named after I.M. Gubkin", 1977
2. V.N. Ivanovskii, V.I. Darishchev, A.A. Sabirov, V.S. Kashtanov, S.S. Pekin - Equipment for oil and gas extraction. Part 1, part 2. Moscow: "Oil and Gas" Oil and Gas RGU named after I.M. Gubkina", 2002-2003
3. N.I. Ryabtsev - Reference manual. Gas equipment, devices and fittings. Moscow: "Nadra" publishing house. 1985.
4. Ways to improve the use of the fund of wells in the fields of Western Siberia: Overview. information / V. A. Shumilov, N. A. Seltsova, G. I. Makhinya, L. V. Osintseva. - M.: VNIIOENG, 1989 (Ser. Oil industry affairs; Issue 5).
5. V. M. Muravyov - Handbook of the oil extraction master. Kind-in
"Bosom". M. 1975
6. E.I.Bukhalenko, Y.G.Abdulaev - Installation, maintenance and repair of oil industry equipment. M.: "Nadra" publishing house. one thousand nine hundred and eighty five
7. L.G. Chicherov and others. - Calculation and design of oil industry equipment. M.: "Nadra" publishing house. 1987
8. Catalog of oil equipment, automation tools, devices and special materials. Volume 2. M.: VNIIOENG Publishing House. 1994
9. Catalog of oil equipment, automation tools, devices and special materials. Volume 1. Moscow: VNIIOENG Publishing House, 1994
10. Ibragimov L.H., Mishchenko I.T., Tsykin I.V. Increasing the productivity of low-flow wells. - M.: Khimiya i biznes, 1999.
11. Valovsky V.M. Creation, research and improvement of equipment and technology for the operation of low-flow oil and bitumen wells in difficult conditions. Diss. Doctor of Technical Sciences - Moscow: VNIIneft named after A.P. Krylova, 1996.
12. Bezzubov A.V., Bukhalenko E.I. Compressors for oil production: Ref. For the worker. - M.: Nedra, 1987
13. Oil industry equipment: Reference - M.: Nedra, 1990.
14. Andreev V.V., Urazakov K.R., Dalimov V.U. Handbook of oil production.
- Ufa, 2001.
15. N.A. Dudlya Drilling machines and mechanisms / N.A. Doodle – Kyiv-Donetsk: Higher School, 1985. – 176 p.
Auxiliary
1. V.S. Biletskyi, V.M. Orlovskyi, V.G. The wind Fundamentals of oil and gas engineering. Poltava, ASMI LLC, 2018-415p;
2. Oil and gas equipment. Directory/ sub. ed. E.I. M. Bukhalenko: Nedra, 1990- 559 p.;
3. I.M. Chertov Welded structures. Textbook. Kyiv: Folio, 2006. - 363 p
4. Til R. Electrical measurements of non-electrical values./ trans. With German - M.: Energoatomizdat, 1987-192p.
9. Information resources
1. Electronic study guide "Drilling oil and gas wells" for students of specialties 184 Mining, 185 Oil and gas engineering and technology, http://chitalnya.nung.edu.ua/burinnya-naftovih-i-gazovih-sverdlovin.html-2 / Compilers: Ya. S. Kotskulych, Ya. M. Kochkodan - Kolomyia: VIK, 1999.
- 504 p.
2. Electronic study guide "Fundamentals of oil and gas business", for students of specialties 184 Mining, 185 Oil and gas engineering and technology, http://chitalnya.nung.edu.ua/osnovi-naftogazovoyi-spravi.html-1 / Compiler: Pylypiv L. D. - Ivano-Frankivsk: IFNTUNG, 2012. - 312 p.
Oil and Gas Equipment
Major: Oil and Gas Engineering and Technology
Code of subject: 6.185.00.O.024
Credits: 5.50
Department: Department of Oil and Gas Engineering and Welding
Lecturer: Biloborodchenko V.I.
Semester: 4 семестр
Mode of study: денна
Learning outcomes: Knowledge of the operation and maintenance of technological equipment used in the construction, repair, reconstruction and restoration of oil and gas pipeline systems and complexes. (ZH15)
Knowledge of methods of operational control over the technical condition of technological equipment used in construction, repair, reconstruction and restoration of equipment and elements of the pipeline complex (ZH20).
The ability to develop and synthesize structural and principle, as well as to create calculation schemes of equipment, to compose and design component parts of assemblies, aggregates, mechanisms, machines from individual parts and products. (UM9)
Basic knowledge in the field of design methods, engineering methods of calculation and selection, the scope of application of classic and modern designs of machine parts, assemblies and mechanisms used in modern tools, complexes and other equipment for the implementation of various technological processes. (ZK10)
Ability to perform regulated measures during operation and maintenance of technological equipment of the oil and gas complex. (FC15)
Required prior and related subjects: 1 Physics
2.Computer technologies of the oil and gas complex
3. Chemistry
4.Mechanics of the destruction of objects of the oil and gas complex
5. Technical mechanics
6. Restoration and repair works of metal structures of oil and gas industryof the complex
7. Basics of oil and gas business
8. Mathematical modeling processes of oil and gas supply
9. Drilling oil and gas wells
10. Quality control оbjects
Summary of the subject: Lecture 1. Oil and gas production equipment (NGO) Contents: Schematic diagram, classification and composition of oil and gas production equipment.
Lecture 2. Production well equipment
Content of the lecture: production well; wellhead equipment; trunk equipment and
filtering parts of the well; equipment to prevent fountain emissions.
Lecture 3. Equipment for operating wells using fountain and gas lift methods Contents: equipment diagrams; pump - compressor pipes; fountain apparatus and manifold; locking and regulating devices; equipment for operation
gas lift method
Lecture 4. Equipment for operation of wells with pumps with a mechanical drive
Contents: pump installations and their main elements; oil well pump drives; rod pumps of wells; equipment of the mouth of pumping wells.
Lecture 5. Equipment for gas lift operation of wells
Contents: physical principles of gas lift operation; designs of gas elevators; Gas lift valves; calculation of gas lift valves
Lecture 6. Mechanical drive of rod pump installations of the well
Contents: structural structure of an oil well rig, types of mechanical drives, kinematics of a balanced machine - rockers; rod pump units with a hydraulic drive; Features of kinematics and
dynamics of balancing installations with a hydraulic drive.
Lecture 7. Rodless hydraulic piston pump units (GPNU) Contents: principle of operation of the GPNU; basic diagrams of hydro piston pumping units; jet pumps; centrifugal and screw electric pump installations
Lecture 8. Equipment for adjacent (separate) operation of wells (ORE). Contents: ORE equipment; installations for oil extraction according to the fountain-fountain scheme; installations for oil extraction according to the fountain-pump, pump-fountain scheme.
Lecture 9-1. Equipment for intensification of formation return Contents: structures and equipment for water intake and its preparation; equipment for pumping water and gas into the reservoir.
Lecture 9-2. Equipment for the intensification of formation return. Contents: hydraulic fracturing equipment; mouth equipment; downhole equipment; equipment for acid treatment; equipment for thermal impact on the layer.
Lecture 10. Equipment and tools for underground well repair Contents: types of well repair; units for repair; tools and settings.
Lecture 11. Means of mechanization of lowering and lifting operations (SPO) during the repair and development of wind tunnels
Contents: technology of mechanization of SPO; mechanical pipe and bar wrenches; mechanical and automatic spiders; combined means of mechanization.
Lecture 12. Elevators for SPO during current, capital repairs and well development
Contents: main schemes of lifts and their specialization; operating conditions and main requirements for lifts; the main nodes of the lifts
Lecture 13. Equipment for the collection and preparation of oil, gas and water Contents: the main systems of collection of well products; gravity well collection system; high-pressure collection systems
Lecture 14. Equipment for oil and gas separation, desalination and dehydration of well products, transportation and storage of products
Contents: equipment for separating liquid from gas; equipment for oil dehydration and desalination; equipment for transportation and storage
production of wells
Practical training
1 Calculation of flange connection for strength
2. Calculation of parts of a latch with a moving spindle
3. Mastering the method of calculating the hydrodynamic moments of ball regulating and shut-off valves.
4 Calculation of the optimal amount of load on the elements of packers with mechanical control
5 Development of the well by loosening
6 Design of steel tanks for hydrocarbon storage.
Laboratory work #1. "Methodology of measuring working stresses and taring of wire strain gauges"
Laboratory work No. 2 "Study of the stress distribution in the truss elements of the main pipeline transition
Laboratory work No. 3 "Study of stress distribution in the wall of a shell structure
loaded with internal pressure"
Laboratory work No. 4 "Study of distribution
stresses in welded joints of NGO structures made by fusion welding"
Assessment methods and criteria: Students' knowledge is assessed using the following methods:
1. Defense of practical works in oral form by surveying the theoretical material on the topic of the work and the method of performing calculations.
2. Conducting the current express - control of questions based on the lecture material. The tests assess the correctness of the answers to the questions posed to the student.
3. Defense of laboratory works in oral form by surveying the theoretical material on the topic of the work and the method of its implementation and the obtained experimental results.Defense of laboratory works in oral form by surveying the theoretical material on the topic of the work, research methodology and obtained results. - 20 points
Defense of practical works in oral form according to the topic of the work and independent results
calculations according to the assigned task. - 20 points
oral component -10 points
exam -50 points
Recommended books: 7. Educational and methodological support
1. METHODOLOGICAL GUIDE for the laboratory workshop on the discipline
"oil and gas equipment" for students of specialty 185 Oil and gas engineering and technology / Incl.: V.I. Biloborodchenko - Lviv: NULP.-2020. - 36 p.
2. METHODOLOGICAL GUIDE for the workshop on the discipline "Oil and gas equipment" for students of the specialty 185 Oil and gas engineering and technology
»/ Inc.: V.I. Biloborodchenko - Lviv: NULP 2020 - 17 p.
3. METHODOLOGICAL GUIDE to the course work on the discipline
"oil and gas equipment" for students of specialty 185 Oil and gas engineering and technology / Incl.: V.I. Biloborodchenko - Lviv: NULP.-2020. - 13 p.
4. Methodical instructions for practical classes in the discipline "Oil and gas equipment" for students of the specialty 185 Oil and gas engineering and technology/ Reg. A.K. Sudakov. - Ministry of Education and Science of Ukraine; NU "Lviv Polytechnic". – Lviv: 2018. – 20 p.
8. Recommended literature Bazov
1. V.P. Grabovich - Gas industry equipment and machines. Synopsis of lectures. Ch.
1. M.: "Minh and DP named after I.M. Gubkin", 1977
2. V.N. Ivanovskii, V.I. Darishchev, A.A. Sabirov, V.S. Kashtanov, S.S. Pekin - Equipment for oil and gas extraction. Part 1, part 2. Moscow: "Oil and Gas" Oil and Gas RGU named after I.M. Gubkina", 2002-2003
3. N.I. Ryabtsev - Reference manual. Gas equipment, devices and fittings. Moscow: "Nadra" publishing house. 1985.
4. Ways to improve the use of the fund of wells in the fields of Western Siberia: Overview. information / V. A. Shumilov, N. A. Seltsova, G. I. Makhinya, L. V. Osintseva. - M.: VNIIOENG, 1989 (Ser. Oil industry affairs; Issue 5).
5. V. M. Muravyov - Handbook of the oil extraction master. Kind-in
"Bosom". M. 1975
6. E.I.Bukhalenko, Y.G.Abdulaev - Installation, maintenance and repair of oil industry equipment. M.: "Nadra" publishing house. one thousand nine hundred and eighty five
7. L.G. Chicherov and others. - Calculation and design of oil industry equipment. M.: "Nadra" publishing house. 1987
8. Catalog of oil equipment, automation tools, devices and special materials. Volume 2. M.: VNIIOENG Publishing House. 1994
9. Catalog of oil equipment, automation tools, devices and special materials. Volume 1. Moscow: VNIIOENG Publishing House, 1994
10. Ibragimov L.H., Mishchenko I.T., Tsykin I.V. Increasing the productivity of low-flow wells. - M.: Khimiya i biznes, 1999.
11. Valovsky V.M. Creation, research and improvement of equipment and technology for the operation of low-flow oil and bitumen wells in difficult conditions. Diss. Doctor of Technical Sciences - Moscow: VNIIneft named after A.P. Krylova, 1996.
12. Bezzubov A.V., Bukhalenko E.I. Compressors for oil production: Ref. For the worker. - M.: Nedra, 1987
13. Oil industry equipment: Reference - M.: Nedra, 1990.
14. Andreev V.V., Urazakov K.R., Dalimov V.U. Handbook of oil production.
- Ufa, 2001.
15. N.A. Dudlya Drilling machines and mechanisms / N.A. Doodle – Kyiv-Donetsk: Higher School, 1985. – 176 p.
Auxiliary
1. V.S. Biletskyi, V.M. Orlovskyi, V.G. The wind Fundamentals of oil and gas engineering. Poltava, ASMI LLC, 2018-415p;
2. Oil and gas equipment. Directory/ sub. ed. E.I. M. Bukhalenko: Nedra, 1990- 559 p.;
3. I.M. Chertov Welded structures. Textbook. Kyiv: Folio, 2006. - 363 p
4. Til R. Electrical measurements of non-electrical values./ trans. With German - M.: Energoatomizdat, 1987-192p.
9. Information resources
1. Electronic study guide "Drilling oil and gas wells" for students of specialties 184 Mining, 185 Oil and gas engineering and technology, http://chitalnya.nung.edu.ua/burinnya-naftovih-i-gazovih-sverdlovin.html-2 / Compilers: Ya. S. Kotskulych, Ya. M. Kochkodan - Kolomyia: VIK, 1999.
- 504 p.
2. Electronic study guide "Fundamentals of oil and gas business", for students of specialties 184 Mining, 185 Oil and gas engineering and technology, http://chitalnya.nung.edu.ua/osnovi-naftogazovoyi-spravi.html-1 / Compiler: Pylypiv L. D. - Ivano-Frankivsk: IFNTUNG, 2012. - 312 p.