Postrekvizity: Drilling of oil and gas wells, wiring in difficult conditions, well completion,
rinse well and wash fluid, a curvature of wells and directional drilling, development of oil and
gas fields, calculation and design of field equipment, calculation and design of drilling
equipment.
TDNG 3303.1 drilling and production technology - 2 credits
Prerequisites: higher mathematics, physics, strength of materials, hydraulics, fluid mechanics
in drilling oil and gas business fundamentals.
The purpose of the study: the assimilation of the students the essence of the methods of
drilling oil and gas wells on land and in the waters; development of methods of selecting
students build the drill string and mastering practical skills of its calculation for various
drilling methods; mastering the methods of breaking down a well cut into intervals of equal
drillability, the principles of rational choice of the type of drill bit and drilling parameters
mode;
mastering the methods of detection, prevention and liquidation of complications encountered
during the drilling of wells; mastering methods of drilling directional wells, control areas of
the trunk and the acquisition of practical skills in calculating their profiles; study of factors
contributing to the reduction of technical and economic indicators of well construction;
compliance with measures for occupational health and safety, protection of the environment in
the process of drilling wells.
Summary: The study in the discipline of technological schemes of various drilling methods
for oil and gas, and flow charts of various methods of oil and gas on land, depending on the
type of deposit. Organization of drilling oil wells and gas fields. The organization of oil and
gas fields in the Modern drilling methods. Fountain, gas lift pump and extraction technology.
drilling mode. The drill string. Acquisition and operation of the drill string. Drilling bush and
horizontally
branched
wells.
Complications in the process of drilling a well. The technology of oil and gas from several
reservoirs. Methods of treatment of the bottomhole zone. Investi--tion wells. Theoretical
Foundations of lifting of a liquid from the well. Methods to reduce the start-up pressure gas lift
valve. Operation SHSN.
107
Expected
results:
bachelor,
studied
discipline
must:
know: operation of oil reservoirs, ways of opening of productive horizons, methods of call
inflow and wells development, methods of stimulation, methods of treatment of the
bottomhole zone, methods of enhanced oil recovery and enhanced oil and gas equipment used
in
a
variety
of
ways
oil
and
gases
be able to: own methods of calculating the basic parameters for different modes of operation
of deposits, select the method of opening productive horizon, calculate the perforation hole,
choose a method call inflows and wells development, be able to use a variety of charts, graphs
and tables in the selection of equipment, perform the calculation in choosing the method of
exposure to the bottom zone, calculate the required amount of reagents under the influence of
the CCD, to calculate the parameters of the process to maintain reservoir pressure, to make the
choice
of
equipment
Postrekvizity: drilling of oil and gas wells, wiring in difficult conditions, well completion,
rinse well and wash fluid, a curvature of wells and directional drilling, development of oil and
gas fields.
TTNG 3303.2 The technology of oil and gas field operations - 2 credits
Prerequisites: Higher and applied mathematics, physics, chemistry, theoretical mechanics,
strength
of materials,
hydraulics,
theory of mechanisms
and machine parts.
The purpose of the study: the assimilation of the students the essence of the methods of
drilling oil and gas wells on land and in the waters; development of methods of selecting
students build the drill string and mastering practical skills of its calculation for various
drilling methods; mastering the methods of breaking down a well cut into intervals of equal
drillability, the principles of rational choice of the type of drill bit and drilling parameters
mode;
mastering the methods of detection, prevention and liquidation of complications encountered
during the drilling of wells; mastering methods of drilling directional wells, control areas of
the trunk and the acquisition of practical skills in calculating their profiles; study of factors
contributing to the reduction of technical and economic indicators of well construction;
compliance with measures for occupational health and safety, protection of the environment in
the process of drilling wells.
Summary: In the discipline studied technological schemes of various drilling methods of oil
and gas, and flow charts of various methods of oil and gas on land, depending on the type of
deposit. Organization of drilling oil wells and gas fields. The organization of oil and gas fields.
Modern drilling techniques. Fountain, gas lift pump and extraction technology. drilling mode.
The drill string. Comp lektovanie and operation of the drill string. Drilling bush and
horizontally branched wells. Complications in the process of drilling a well. The technology of
oil and gas from several reservoirs. Methods of treatment of the bottomhole zone. Study well.
Theoretical Foundations of lifting of a liquid from the well. Methods to reduce the start-up
pressure gas lift valve. Operation SHSN.
Expected
results:
bachelor,
studied
discipline
must:
Know: operation of oil reservoirs, ways of opening of productive horizons, methods of call
inflow and wells development, methods of stimulation, methods of treatment of the
bottomhole zone, methods of enhanced oil recovery and enhanced oil and gas equipment used
in
a
variety
of
ways
oil
and
gases
To be able to: own methods of calculating the basic parameters for different modes of
operation of deposits, select the method of opening productive horizon, calculate the
perforation hole, choose a method call inflows and wells development, be able to use a variety
of charts, graphs and tables in the selection of equipment, perform the calculation in choosing
the method of exposure to the bottom zone, calculate the required amount of reagents under
the influence of the CCD, to calculate the parameters of the process to maintain reservoir
108
pressure,
to
make
the
choice
of
equipment.
Postrekvizity: Calculation and design of field equipment, calculation and design of drilling
equipment.
FiZTM 3206 Physics in problems of technological machines - 4 credits
Prerequisites: physics, thermodynamics
The purpose of the study: the problem of physical modeling of processes of designing
production
machines,
with
the
latest
advances
in
engineering.
Synopsis: The course "Physics in problems of technological machines" is the core of the
physical knowledge needed for the student to use basic theories of classical and modern
physics. This course includes the following sections: mechanics, harmonic waves,
thermodynamics, elements of continuum mechanics, electric and magnetic fields, Maxwell's
equations, geometric and wave optics, thermal radiation, the foundations of quantum theory,
the Schrödinger equation, hydrogen atom, atomic nucleus, elementary particles.
Expected results: as a result of the development of the discipline the student should:
know: the acquisition of knowledge in the basic theories of classical and modern laws of
physics;
be able to: use physical methods to solve problems
Postrekvizity: Calculation and design of oil-field equipment, calculation and design of
drilling equipment.
PFiz 3206.1 Physical processes of friction and wear in the oil and gas machinery and
equipment - 4 credits
Prerequisites: standardization, certification and technical measurements, basics of the oil and
gas business (based on special), the basis of the design and machine parts, oilfield (drilling)
equipment.
The purpose of the study: students with theoretical knowledge and practical skills in the field
of physical processes of friction and wear in machines and equipment of oil and gas. The
development of practical skills.
Summary: In the discipline studied the physical processes of friction and wear in machines and
equipment of oil and gas. Driving mechanisms of internal and external friction, their
fundamental difference. We consider agdezionno - defformatsionnoe friction, friction
coefficient formula of the theory of Ernst and Marchant and of static friction theories. Are steps
in the test friction and wear, a guest on the test the ability of employers materials. We study
methods to improve the durability, reliability and durability of friction parts and machine units;
practical skills of calculation and use of the mobile interface design, taking into account the
type
of
friction
and
possible
wear
and
tear.
Expected results: as a result of the development of the discipline the student should:
know: basic concepts of physical processes of friction and wear in the oil and gas machinery
and equipment; methods to improve the durability, reliability and durability of friction parts and
machine units; practical skills of calculation and use of the mobile interface design, taking into
account the type of friction and possible wear and tear.
be able to: use methods of physical processes of friction and wear, to use the mobile interface
design, taking into account the type of friction and possible wear and tear.
Postrekvizity: Technology repair fishing equipment, technology, repair of drilling equipment.
ОТ 3207 Occupational safety - 3 credits
Prerequisites: training workshops, the fundamentals of oil and gas business
The purpose of the study: the formation of the students a clear understanding of the
regulatory framework for occupational safety and health; harmful and dangerous production
factors, their effects on the human body, methods and means of protection against them; the
basic requirements of occupational health, safety, fire safety requirements to the unit of
production facilities, processes, jobs, rights and responsibilities of managers and specialists on
109
safety production.
Summary: The subject combines theoretical knowledge and practical skills needed to
illuminate the following issues: ensuring safe and harmless conditions of industrial activity,
forecasting and decision-educated decisions in emergency situations, in the teaching discipline
OT and BC is expected widespread adoption of interactive teaching methods, the use of
computer and information technologies. Graduate should be well prepared to address a variety
of security issues and the protection of labor and life, both at work and in emergency situations
in peacetime and wartime. This is an important task of the social policies implemented by the
state. Occupational Health is developing a system of measures, constantly raising the level of
safety in the workplace, including in the field. This methodological discipline is a scientific
analysis of working conditions, used equipment, used and products obtained from the
standpoint of possibility of occurrence in the workplace hazards and hazards. Based on this
analysis, the dangerous areas, situations and develop their measures to prevent and eliminate it.
Ensuring health and safety involves knowledge to develop optimum solutions in assessing
emergency situations and liquidation of their consequences.
Expected results: bachelor, studied discipline must:
know:
legal documents on labor protection, harmful and dangerous production factors, their effects
on the human body, methods and means of protection against them; the basic requirements of
occupational health, safety, fire safety requirements to the unit of production facilities,
processes,
jobs,
rights
and
duties
of
the
head
be able to: assess the risk of manufacturing processes and to make decisions on choosing the
best options to ensure their safety; organize training on labor protection of workers and
employees, to provide them with clothing and other personal protective equipment; to develop
and implement measures to improve working conditions and reduce occupational injuries and
diseases, to develop occupational safety regulations; to investigate the causes of accidents;
provide
first
aid
to
victims
Postrekvizity: installation and repair of gas equipment, repair of technological machines
BMK 3304 Drilling machines and systems - 3 credits
Prerequisites: Fundamentals of the oil and gas business, the technology of drilling oil and gas
wells.
The purpose of the study: the study of drilling machines and systems that ensure the drilling
of deep wells for oil and gas from the earth's interior. The program focuses on training
engineers and mechanics focuses on in-depth study of the physical bases for the operation of
drilling machinery and equipment, as well as to design new drilling equipment based on the
existing developed world companies, the task of studying the discipline is to acquire in-depth
knowledge
in
the
field
of
professional
activity.
Summary: The study in the discipline of modern construction equipment for drilling for the
purpose of oil and gas, the device and the main directions of further development of drilling
machines and systems in accordance with the global trends of technological progress;
technological, regulatory and technical requirements for drilling machines and installations
rules for their installation and dismantling, operation and maintenance. The problems of
assessing the effectiveness of machinery for the selection of rational method of operation. The
technical level and ways to improve the design and operation methods of drilling machines
and
systems.
Expected results: According to the qualifying feature specialty the student must:
know: theory, structure and main directions of the further development of drilling machines
and systems in accordance with the global trends of technological progress; technological,
regulatory and technical requirements for drilling machines and systems; advancements in
110
related fields of science and technology; Modern scientific problems of the oil and gas
business;
teaching
methods;
the
psychology
of
high
school;
be able to: be able to calculate the technical parameters of drilling machines and plants for
given technological requirements; to perform, on the state of the art, power, strength,
kinematic and other engineering drilling machine calculations; analyze the design and
technical and economic indicators of known and projected drilling machines and installations;
design and improve the drilling machine, using the latest achievements of science and
technology; effectively operate drilling machinery and systems in different climatic and
geological conditions of the drilling; solve modern scientific and practical problems in their
chosen field of work; successfully carry out research and administrative activity; processing
the
results
of
experiments
and
to
give
them
an
explanation.
Postrekvizity: calculation and design of drilling equipment, drive technological machines.
MiOBNGSS 3304. 1 Machinery and equipment for drilling oil and gas wells on land - 3
credits
Prerequisites: Fundamentals of the oil and gas business, the technology of drilling oil and gas
wells.
The purpose of the study: the study of drilling machines and systems that ensure the drilling
of deep wells for oil and gas from the earth's interior. The program is oriented to training
mechanical engineer and focused on an in-depth study of the physical bases for the operation
of drilling machinery and equipment, as well as to design new drilling equipment based on the
existing developed world companies, the task of studying the discipline is to acquire in-depth
knowledge:
in
the
field
of
professional
activity.
Summary: The study in the discipline of modern construction equipment for drilling for the
purpose of oil and gas on land, equipment and the main directions of further development of
drilling machines and systems in accordance with the global trends of technological progress;
technological, regulatory and technical requirements for drilling machines and installations
rules for their installation and dismantling, operation and maintenance of on land. The
problems of assessing the effectiveness of machinery for the selection of rational method of
operation.
Expected results: According to the qualifying feature specialty the student must:
know: theory, structure and main directions of the further development of drilling machines
and systems in accordance with the global trends of technological progress; technological,
regulatory and technical requirements for drilling machines and systems; advancements in
related fields of science and technology; Modern scientific problems of the oil and gas
business;
teaching
methods;
the
psychology
of
high
school;
be able to: be able to calculate the technical parameters of drilling machines and plants for
given technological requirements; to perform, on the state of the art, power, strength,
kinematic and other engineering drilling machine calculations; analyze the design and
technical and economic indicators of known and projected drilling machines and installations;
design and improve the drilling machine, using the latest achievements of science and
technology; effectively operate drilling machinery and systems in different climatic and
geological conditions of the drilling; solve modern scientific and practical problems in their
chosen field of work; successfully carry out research and administrative activity; processing
the
results
of
experiments
and
to
give
them
an
explanation;
Postrekvizity: calculation and design of drilling equipment, drive technological machines.
MiOBNGSM 3304.2 Machinery and equipment for drilling oil and gas wells on the sea -
3 credits
111
Prerequisites: mathematics, physics, theoretical mechanics, certification and technical
measurements, theory of mechanisms and machines, strength of materials, electrical
engineering,
design
principles,
machine
parts.
The purpose of the study: the study of drilling machines and mechanisms for drilling for oil
and gas from the earth's interior. The program focuses on training Bachelor mechanics and
focus on in-depth study of the physical bases for the operation of drilling machinery and
equipment, as well as on the development of new drilling equipment based on the existing
developed
world
companies.
Summary: The discipline studies: the variety of conditions of drilling wells to water
reservoirs surface. Machinery and equipment used in drilling oil and gas wells in the shallow
water. Machinery and equipment used in the drilling of wells in the coastal shelf. Machinery
and equipment used in the drilling of wells in deepwater offshore environments. Machinery
and equipment used in a freezing sea surface. Drilling machines and mechanisms for the
preparation and injection of cement slurry. The principle of expansion joints of vertical
movement.
Scuba
wellheads
and
controls.
Expected results: According to the qualifying feature specialty the student must:
know: theory, structure and main directions of the further development of drilling machines
and systems in accordance with the global trends of technological progress; technological,
regulatory and technical requirements for drilling machines and installations; advancements in
related fields of science and technology; Modern scientific problems of the oil and gas
business;
teaching
methods;
psychology
of
higher
education.
be able to: be able to calculate the technical parameters of drilling machines and plants for
given technological requirements; to perform, on the state of the art, power, strength,
kinematic and other engineering drilling machine calculations; analyze the design and
technical and economic indicators of known and projected drilling machines and installations;
design and improve the drilling machine, using the latest achievements of science and
technology; effectively operate drilling machinery and systems in a variety of climatic and
geological
drilling
conditions.
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