Postrekvizity: Irrigation irrigation, agricultural water supply and irrigation , use of water power , integrated use of
water resources .
VSNS Water intake facilities and pumping stations
Краткое описание: discipline " Water intake facilities and pumping stations " provides
insight into the role and
place of intake structures , choosing their location , type and design of intake structures , features facilities for the
specific conditions , as well as considering the classification of pumps and pumping station , basic theory , charac-
teristics , management practices and design of pumps , as well as device and features of the various water pumping
stations .
Aims and objectives of disciplineThe purpose of teaching is to form a body of knowledge and to prepare them for
independent work in the field of water intake structures , to familiarize the future specialist with modern pumping
equipment and pumping stations .
As a result of studying the course, students should
Know:
- Current water problems of Kazakhstan ;
- The state and prospects of water intake in the Republic of Kazakhstan ;
- The role and place of intake structures in the general water supply system;
- Types and construction of water intake facilities and the principles of their choice;
- Bases of calculation of water intake facilities .
-General information and classification of the pumping station;
-Main kinds and types of pumping units , the appointment of their basic knots and details;
- Rules of operation of pumping stations , application and selection of pumps ;
To be able to:
- Choose the location of water intake facilities ;
- Choose the type of water intake ;
- Define the basic parameters of facilities for the abstraction of water
-read and understand drawings pumping station;
-eksperimentalnym by getting their basic parameters and characteristics of the pumping station;
the defining necessary to raise the water pressure and flow of the pump ;
-polzuyas reference books to hold the pump selection ;
-otsenivat efficiency of the pumping stations .
Own
-proper run of the pump unit ,
-regulirovaniya modes of pumps ,
-free readings of measuring instruments used in pumping units .
Prerequisites: discipline program " Water intake facilities and pumping stations " based on the basis of " Water-
works " disciplines , "Hydraulics ", " Transportation of water ."
Postrekvizity: knowledge of the discipline required in the study majors and preparing the thesis.
GGD Gidrogeodinamika
Prerequisites: Mathematics, Physics , "Geology and Hydrogeology foundations ", " Hydraulics ", " Hydrology " .
The purpose of the discipline: :
- Motion detection in groundwater -period layers and teaching methods of physical and mathematical processing ;
- Development of measures to prevent the flooding of towns and villages lowering of the water level in hydraulic
structures , water filtration in the canals , reservoirs , ponds .
Summary: Gidrogeodinamika - is the basis of studies of hydrogeology and groundwater in the rocks , their types
and laws , to sketch a phase " rock - water in the pore space ," methods for calculating the volume of migration of
water reservoirs in the assessment of natural and industrial environments .
Expected results: Gidrogeodinamika allows students to study the groundwater and to develop the idea of replen-
ishment by engineering calculations .
Постреквезиты: " Hydro-geological study ," " Gidrogeodinamika ", " Hydraulic device ."
TPV Transportation of natural water
Prerequisites:: mathematics, physics , chemistry , hydraulics .
The purpose of the discipline: : The purpose of teaching " Transportation of natural water " is the acquisition of
theoretical knowledge and practical skills in the basics of design, calculations and operation of water intake struc-
tures transporting natural water .
Summary:discipline " Transportation of natural water " gives an idea of the theoretical foundations of water
transport , as well as osnovyproektirovaniya and calculation of water supply network . Devices transporting natural
water systems
Expected results: As a result of studying the discipline " Transportation of natural water ," the student should
know :
- - Bases zrascheta transporting natural and drinking water ;
the device and operation of water transport systems;
framework and design a water supply system .
In addition , the student must be able to:
to put into practice the theoretical knowledge and skills ;
use the methodology for determining the calculation indices water supply of the main equipment of engineering
systems ;
select basic elements of engineering equipment and water transport systems
Postrekvizity: specialized disciplines specialty "Water resources and water use " provided working curricula of
specializations and diploma design .
IVE The use of water power
Prerequisites: "Higher Physics", " Hydrometry "
The purpose of the discipline: : Initial data for water management and water and energy calculations , forecast-
ing , calculation and control of runoff water sources.
Summary:Conditions of use of water resources schemes feature of water resources, quantitative assessment of wa-
ter resources, energy , the main uses of water power hydroelectric power plants .
Expected results: Brief characteristics of the reservoirs and the construction of integral curves of runoff , the
methods of calculation of hydropower , hydropower plants equipment , turbine installation , structure and layout of
buildings hydropower plant .
Postrekvizity:"Hydrology and flow regulation "
PSMG Design and construction of small hydropower plants
Prerequisites: hydraulics, hydrology, flow control , waterworks , the use of water power , hydropower installation
;
The purpose of the discipline: дисциплины: the development of the students basic principles of design and
construction of small hydroelectric power stations , the acquisition of skills for the feasibility study of development
of technological schemes and selection of major hydroelectric units .
Summary: Background and perspectives of development of hydropower plants; The procedure for preparation of
project documentation; the design stage; Marketing analysis and feasibility study; Surveying the territory of HPP;
Hydropower calculations; Drafting general hydroelectric plan; Development headend diversion HPP; Selection of
main and auxiliary equipment; Design of the power house; Development of the draft tube; Organization and tech-
nology of small hydropower plant construction; The general principles of operation of hydropower plants; As-
sessing the impact of the construction of hydropower plants on the environment; Financial and economic analysis
of construction.
Expected results: As a result of studying the discipline , students should :
know – basics of a feasibility study on the feasibility of the construction of hydroelectric power station on the se-
lected area of the development of water power and design as well as construction of small hydropower plants .
be able to - to solve problems in the calculation of indicators of main and auxiliary components of small hydroe-
lectric power stations, to use the HPP design methodology in general and the hydraulic structures separately.
Postrekvizity: comprehensive and rational use of water resources, maintenance of water facilities
and systems,
water management
TSV
Transportation wastewater
Prerequisites::
mathematics, physics, chemistry, hydraulics.
The purpose of the discipline: : The purpose of teaching "Transportation of waste water" is the acquisition of
theoretical knowledge and practical skills in the basics of design, calculations and operation of engineering systems
transporting wastewater.
Summary:discipline "Transportation of waste water" gives an idea of the theoretical foundations of transporting
water engineering calculations and units of wastewater transport systems
-
Expected results As a result of studying the discipline "Transportation of waste water," the student should know:
- The basis of the calculation of the transport of waste water;
the device and operation of wastewater transport systems;
the basics and design of engineering systems.
In addition, the student must be able to:
to put into practice the theoretical knowledge and skills;
use the methodology for determining the calculation indices network core equipment engineering systems;
select basic elements of engineering equipment and wastewater transport systems
Postrekvizity: specialized disciplines specialty "Water resources and water use" provided working curricula of
specializations and diploma design.
IG
Engineering Geology of Kazakhstan
Prerequisites:: General Geology, Soil, General Engineering Geology, Hydrogeology General.
The purpose of the discipline: To give theoretical knowledge on the basics of Engineering Geology, Soil physical
and mechanical properties of soils, processes and phenomena.
Summary:Soil Structure. Physical and mechanical properties of soils. Questions assess geotechnical processes and
phenomena, complex methods for engineering and geological information in different ways.
Expected results:
The student should know: Methods for obtaining information on the physical and mechanical properties of soil