Department “TECHNICAL SPECIALTIES” – Актюбинский Высший политехнический колледж

Teachers

CMC "Oil and gas discipline"

“Operation of oil and gas wells”»
exam questions on discipline

1. oil coming from the well to the preparatory plants?
2. oil and gas production methods?
3. basic physical properties of oil and gas?
4. fountain method and its types?
5. The device of fountain fittings?
6. the pressure and temperature of oil and gas?
7.well design?
8.how many groups are combustible natural gases divided into?
9. the principle of operation of the gas lift method.
10.fitting execution service?
11. construction of a deep pumping plant?
12.What is a well?
13.The working principle of sucker rod deep pump
14. types of drilling?
15. the development Scavini fountain method?
16.drill bits?
17.ground well equipment?
18. what are the methods of increasing oil recovery?
19.ways to increase well productivity?
20. the compressed apparatus to increase the pressure of gas?
21. devices for measuring the level of liquid in the well?
22.how do you understand Installation and dismantling?
23. a device for determining the amount of water in oil?
24. ground and underground equipment?
25. the activity of the operator on extraction of oil and gas?
26. methods of well washing?
27. types of underground repair work?
28.one of the reagents added to the Foamy acid?
29.other types without sucker rod pumps?
30. gas well equipment?
31. valves and gas well types?
32. types of work on underground well repair?
33. the unit of measurement of oil at the world level?
34. the types of drill bits and chisels?
35.on how many phases we allocate emulsions?
36. what are the methods of drilling wells?
37. oil and gas regimes and their types.
38. surface and underground equipment x-Mas tree
39. what is the most important indicator when it is necessary to continuously monitor the work of each well in the development of an oil field? .
40.the functions of the root system ?
41. types of increasing the productivity of wells?
42. the cementing of wells and their types?
43. What is the gas factor?
44 types of cemet used in drilling??
45.what applies to chemical methods ?
46.how many degrees are heated when settling oil from the thermal method?
47.how is oil viscosity measured?
48.flushing of the wells and their types?
49.the device of measurement of level of a liquid in a well?
50. what are the means of maintenance?
51. what do you know about hydrocarbons ?
52. what are the composition and properties of natural gas?
53. what are the main products of the gas processing plant ?
54. how does gas Condensate differ from gas and oil ?
55. in what rocks are found industrial oil reserves?
56. What is an Emulsion?
57. What is oil ?
58. what are the types of wells ?
59. the well construction ?
60. what is a well ?
61. what types of downhole pumps according to GOST Do you know ?
62. what is called-absorption of oil and gas by a liquid substance, accumulation in rocks?
63. what mode is used when the energy depletion layer?
64. purpose of pump valves ?
65. what is the main equipment of downhole centrifugal pumps?
66. what is dehydration and desalination of oil and gas?
67. types of underground well repair?
68. what applies to underground well equipment?
69. what types of repairs?
70. what types of work are subject to overhaul of wells?
71. what types of reservoir waters do you know ?
72. well design?
73. what are the categories of wells ?
74. types of research wells ?
75. how do you understand the method of hydrodynamic research ?
76. methods of geophysical research?
77. the purpose of the fitting ?
78. what are the underground and ground equipment of rod pumping plants?
79. what are the types of valves ?
80. types of pumps ?
81. which wells use a centrifugal pump ?
82. what is the importance of collecting and preparing oil and gas in the field?
83. what is underground repair ?
84. how many groups are divided into repair work ?
85. what major oil and gas regions of Kazakhstan do you know ?
86. what are the methods of drilling wells ?
87. what is a bit ?
88. types of methods for cleaning wells?
89. characteristics of the main fractions of oil ?
90. methods of lifting oil products?
91. what is the chemical method?
92. suckers without rods are different from rod pumps?
93. what is the process of gas compression occurring in thermal insulation systems?
94. types of cementing?
95. what is a Fraction ?
96. the functions of the root system?
97. what does a Drilling rig consist of?
98. how many groups is the fountain method divided into ?
99. the purpose of the compensator ?
100. What is a mine ?

CMC "Engineering discipline

Exam questions for group 302 C
on discipline ” Fundamentals of calculation of building structures»

1. What disciplines is the discipline “Fundamentals of calculation of building structures” based on and what does it study?
2. What as a result of studying the discipline “Fundamentals of calculation of building structures” students should know?
3. What is called design, project?
4. These are the documents regulating legal and financial relations between the customer and the developer of project documentation.
5. Give the concept of technological and construction design standards.
6. Classification of building structures for the purpose (give examples).
7. Classification of building structures by material (give examples).
8. To name the main requirements that apply to building structures.
9. Field of application of concrete and reinforced concrete structures.
10. Scope of wooden structures.
11. Scope of application of metal structures.
12. Field of application of plastic structures.
13. Name and show the external impact of loads on the building.
14. What loads on the building belong to the power, and what to non-power?
15. Give the concept of the limiting States of building structures.
16. How to subdivide the method of execution of all reinforced concrete structures and structures?
17. To name the advantages and disadvantages of reinforced concrete.
18. How to distinguish the purpose of valves?
19. Methods of creating pre-stress in reinforced concrete structures.
20. What designs work on a bend, and what on compression (to give examples).
21. The purpose of the protective layer of concrete and how it is assigned?
22. Types of sections of beams used in construction.
23. How are welded frames and grids made?
24. Types of reinforced concrete slab.
25. Reinforcement of beams of t-section (show in the diagram).
26. The device of monolithic overlappings.
27. The classification of floor slabs (show on the cuts).
28. Rules of reinforcement of concrete stairs (composition of works).
29. Classification of the Foundation according to structural schemes (shown in the diagrams).
30. Classification of the Foundation material (shown in the diagrams).
31. What determines the depth of the Foundation (show in the diagram)?
32. Materials for stone works, classification.
33. Construction of belt rubble Foundation.
34. Construction of rubble concrete belt Foundation.
35. Construction of reinforced concrete belt Foundation.
36. Construction of precast concrete Foundation.
37. The main methods of strengthening the foundations (shown in the diagrams).
38. General information about wooden structures used in construction.
39. The main types of wooden structures used in construction.
40. Advantages and disadvantages of types of wooden structures in construction.
41. Causes of loss of strength of the roof frame.
42. Repair and strengthening of the roof frame.
43. The types of connections of wooden designs on the screws and the wood.
44. Nail connections of wooden structures.
45. To characterize the connections on the bolts.
46. The types of connections of wooden designs on the nails
47. To characterize the structures of innovative raw materials-polymer slate.
48. To characterize the designs of innovative raw materials-fiberglass products.
49. To characterize the designs of innovative raw materials-acrylic plexiglass.
50. To characterize structures made of innovative raw materials-polycarbonate products.
51. Installation of transparent slate.
52. Application of fiberglass composite materials in construction.
53. To tell about types of bearing metal structures.
54. Advantages of metal structures
55. Requirements for metal structures.
56. Disadvantages of metal structures.
57. Types of steel trusses (complete schemes).
58. To characterize the welded farms, the area of application.
59. Welded joints of steel structures.
60. Bolted connections in metal structures.
61. To execute the scheme of reinforcement of a reinforced concrete beam of rectangular section with drawing of diameter of cores and steel grade.
62. To execute the scheme of reinforcement of a reinforced concrete beam of t-section with drawing of diameter of cores and steel grade.
63. To execute the scheme of reinforcement of a reinforced concrete beam of I-beam section with drawing of diameter of cores and steel grade.
64. To execute the scheme of reinforcement of a reinforced concrete beam of trapezoidal section with drawing of diameter of cores and steel grade.
65. To execute the scheme of reinforcement of a reinforced concrete ribbed plate with drawing of diameter of cores and steel grade.
66. To execute the scheme of reinforcement of a reinforced concrete multi-hollow plate with drawing of diameter of cores and steel grade.
67. To execute the scheme of reinforcement of a reinforced concrete beam with drawing of diameter of cores and steel grade.
68. To execute the scheme of reinforcement of a reinforced concrete column with drawing of diameter of cores and steel grade.
69. Perform loading scheme of compressed reinforced concrete columns with random eccentricity.
70. To execute schemes of forms of cross sections of the compressed reinforced concrete columns.
71. Perform reinforcement schemes reinforcement of compressed concrete columns.
72. To execute the scheme of reinforcement of the reinforced concrete step Foundation under a column with drawing of diameter of cores and steel grade.
73. To execute the scheme of reinforcement of the monolithic reinforced concrete base under a monolithic column with drawing of diameter of cores and steel grade.
74. To execute the scheme of reinforcement of the reinforced concrete strip Foundation under continuous walls with drawing of diameter of cores and steel grade.
75. To execute the scheme of reinforcement of a reinforced concrete multi-hollow plate with drawing of diameter of cores and steel grade.
76. Working area of rectangular beam reinforcement: As = 10.42 cm2. Determine the number of frames in the beam, the number of working rods and the diameter of the working valves on the range.
77. Area of rectangular beam working reinforcement: As = 45.18 mm2. Determine the number of frames in the beam, the number of working rods and the diameter of the working valves on the range.
78. Area of rectangular beam working reinforcement: As = 58.27 mm2. Determine the number of frames in the beam, the number of working rods and the diameter of the working valves on the range.
79. Area of rectangular beam working reinforcement: As = 72.42 mm2. Determine the number of frames in the beam, the number of working rods and the diameter of the working valves on the range.
80. Area of rectangular beam working reinforcement: As = 88.12 mm2. Determine the number of frames in the beam, the number of working rods and the diameter of the working valves on the range.
81. The area of the working reinforcement of the belt Foundation: As = 108.12 mm2, the width of the Foundation
b = 30 cm. Determine the number of working rods and the diameter of the working valves on the range.
82. The area of the working reinforcement of the belt Foundation: As = 175.40 mm2, the width of the Foundation
b = 50 cm. Determine the number of working rods and the diameter of the working valves on the range.
83. The area of the working reinforcement of the belt Foundation: As = 420.24 mm2, the width of the Foundation
b = 40 cm. Determine the number of working rods and the diameter of the working valves on the range.
84. The area of the working reinforcement of the belt Foundation: As = 622,86 mm2, the width of the Foundation
b = 60 cm. Determine the number of working rods and the diameter of the working valves on the range.
85. The area of the working reinforcement of the belt Foundation: As = 86,20 mm2, the width of the Foundation
b = 35 cm. Determine the number of working rods and the diameter of the working valves on the range.
86. The area of the working reinforcement of the belt Foundation: As = 575.40 mm2, the width of the Foundation
b = 55 cm. Determine the number of working rods and the diameter of the working valves on the range.
87. The area of the working reinforcement of the belt Foundation: As = 123.34 mm2, the width of the Foundation
b = 30 cm. Determine the number of working rods and the diameter of the working valves on the range.
88. The area of the working reinforcement of the belt Foundation: As = 340.56 mm2, the width of the Foundation
b = 45 cm. Determine the number of working rods and the diameter of the working valves on the range.
89. The area of the working reinforcement of the belt Foundation: As = 582,90 mm2, the width of the Foundation
b = 60 cm. Determine the number of working rods and the diameter of the working valves on the range.
90. The area of the working reinforcement of the belt Foundation: As = 289.45 mm2, the width of the Foundation
b = 50 cm. Determine the number of working rods and the diameter of the working valves on the range.

Exam questions for groups 302 With
on discipline ” labor Protection»

1. The concept of labor protection.
2. State supervision of labor protection at construction enterprises.
3. The main legislative acts on labor protection.
4. Public control over labor protection at construction enterprises.
5. Investigation and accounting of injuries and occupational diseases. Duties and responsibilities of administrative and technical personnel in the field of labor protection.
6. Environmental protection. Noise and vibration protection.
7. Types of briefings and the procedure.
8. Organization of offices and visualizations on labor protection at the construction enterprise.
9. The concept of working conditions and industrial injuries.
10. Occupational disease.
11. The General procedure for the investigation of non-hourly cases in the workplace.
12. Safety and control devices of pressure vessels.
13. Accounting and reporting on industrial injuries.
14. Occupational poisoning.
15. The order of filling of the act in the form N-1, N-2.
16. Methods of studying the causes of accidents at work.
17. The effect of electric current on the human body.
18. Classification of premises on electrical safety.
19. Protection against electric current voltage.
20. Investigation of accidents at work.
21. Conduct training on safety in the workplace.
22. The provision of first aid in case of electric shock.
23. Solution of TB issues in the construction organization project.
24. General issues of labor protection in the design and estimate documentation.
25. The decision of questions of labor protection in the project of production of works.
26. The main issues of labor protection in the organization of the construction site.
27. The construction of a temporary fence at the construction site.
28. Construction of temporary roads and communications on the construction site.
29. Temporary lighting device on the construction site.
30. Hazardous areas on the construction site.
31. General provisions on occupational health in construction.
32. Safety regulations in the development of the pit.
33. Meteorological conditions affecting the human body and measures of protection against their harmful effects.
34. Industrial dust and protection measures against its harmful effects.
35. Industrial noise and protection measures against its harmful effects.
36. Vibration protection measures.
37. The contents of the first aid kit in production.
38. Rules TB in the production of electric welding works.
39. Fire protection in enterprises.
40. Classification of the causes of fires in the enterprise.
41. Classification of types of combustion.
42. Classification of building materials and structures by degree of Flammability.
43. Limit of fire resistance of building structures.
44. Device fire extinguishers.
45. Fire breaks and barriers.
46. Methods and means of extinguishing fires.
47. Safety regulations in the production of earthworks.
48. Safety regulations in the development of pits and trenches.
49. Fire safety in enterprises.
50. Safety at the construction site.
51. Safety in the production of stone works.
52. General requirements TB in the operation of construction machines.
53. General requirements of TB in the production of installation works.
54. General requirements TB in the operation of cranes.
55. Safety regulations at operation of woods and podmostej.
56. Safety during reinforcement works.
57. Safety during concrete works.
58. Safety during bulldozing.
59. Safety at scraper works.
60. Safety when working on the crane.
61. Safety during waterproofing works.
62. Safety during excavation in the winter.
63. Safety during installation works.
64. Safety at stone works.
65. Safety during concrete works in winter.
66. TB in the manufacture of pressure vessels.
67. The order of testing of vessels working under pressure.
68. Types of industrial lighting and its impact on safety.
69. Personal protective equipment and their application.
70. Sanitary facilities at the construction site.
71. Ergonomics and aesthetics of production.
72. Rules TB when performing loading and unloading operations.
73. TB in the organization of storage of materials and products on the construction site.
74. Requirements of fire protection to the maintenance of the construction site.
75. Fire alarm and communication.
76. Fire prevention at the enterprise.
77. Categorization of productions on explosion hazard.
78. Causes of injury to installers.
79. Tools podsushivanija when construction works – fencing.
80. Tools podsushivanija during Assembly work – ladders and mounted the platform.
81. Tools podsushivanija installation – catwalks & ladders, stairs.
82. Tools podsushivanija installation – scaffolding.
83. Danger zone during excavator operation.
84. Safety of work on the excavator in an emergency.
85. Safety on the excavator before and after work.
86. Give the concept of grounding, the principle of operation.
87. Give the concept of zeroing, the principle of action.
88. The sequence of actions in providing first aid to the victim from the action of an electric current.
89. To characterize vessels and pipelines operating under pressure.
90. To characterize the gas tank, tank and tank.

СMC "Natural Sciences"

СMC "Social and pedagogical service"