Research projects of the department

№

Project name, state registration number Full name manager,

position, title

Basis for implementation (research program - full name):
fundamental research, applied, industrial,

JSC "Science Fund", economic/agreement, etc.)

Completion deadlines

(beginning, ending)

Financing organization

tion

Volume of financial

siping

(thousand tenge)

Expected scientific and practical results

(briefly)

1

2

3

4

5

6

7

1

Introduction of environmentally

“clean” energy production

technologies at Kazakhstan

thermal power plants in order

to reduce emissions

of harmful substances

into the atmosphere,

0122РК00588

Bolegenova S.A.,

Chief Researcher,

Doctor of Physical and Mathematical Sciences, Professor

Competition for grant funding for scientific and (or) scientific and technical projects for 2022-2024

2022-2024

Ministry of Education and Science of the Republic of Kazakhstan

20 981,77025

The results of the influence

of the technology of two-stage

combustion of high-ash Karaganda

coal on the characteristics of

heat and mass transfer processes

were obtained: aerodynamics

of flows, temperature fields,

concentration fields of carbon

oxides COx and nitrogen NOx

throughout the entire volume

of the combustion chamber of

the BKZ-75 boiler at the

Shakhtinskaya CHPP and at the exit from it.

Effective design and layout

solutions have been proposed

for the implementation

of two-stage combustion

technology for high-ash

Karaganda coal in the combustion

chamber of  the BKZ-75 boiler

and the optimal mode of supplying

additional air through the

nozzles has been determined

to minimize the concentration

of harmful substances at the

outlet of the combustion space.

2

АР19678245 «Photoinduced formation of complex
molecular compounds in
ice with a high content
of organic substances
under various
astronomical conditions»,
Ph.D., Associate Professor Aldiyarov A.U.

Competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025

2023-2025

Ministry of Education and Science of the Republic of Kazakhstan

35 800,0

Using experimental and kinetic

modeling, study the properties

of thin films of cryocondensates

with a high content of CH3OH, C2H5OH,

S3H7OH, CH4, C2H6, CO2

for quantitative assessment

of photodesorption yield and

degree of branching under UV irradiation.

 The quantitative yield
and degree of branching
of products upon UV
irradiation of cryocondensates will
be assessed and
identified by
temperature-programmed
desorption (TPD) and
quadrupole mass
spectrometry (QMS) methods.

3

АР19679741
«Application of
information technologies
in bioenergy for
3D modeling of biofuel combustion»,
Chief Researcher,
Doctor of Physical and Mathematical Sciences,
Professor Askarova A.S.

Competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025

2023-2025

Ministry of Education and Science of the Republic of Kazakhstan

25 000,0

Computational experiments

were carried out on the

combustion of traditional

petroleum diesel and

biodiesel in an internal

combustion engine chamber.

Based on the computational

experiments carried out,

changes in the height of

the temperature plume,

temperature distribution

and concentration of carbon

oxides were obtained

depending on the pressure

in the combustion chamber,

as well as on the mass of

fuel injections, and the

optimal parameters for

the combustion process

of traditional petroleum

diesel and biodiesel

in the internal combustion

engine chamber were determined.

4

АР19680205 «Study of
adsorption processes
in amorphous structures
of cryocondensates at
low temperatures on
model surfaces of
space objects»,
PhD, Korshikov E.S.

Competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025

2023-2025

Ministry of Education and Science of the Republic of Kazakhstan

30 437,718

Obtain thermal desorption

characteristics of systems

in cryocondensates on a

cryogenic surface.

Preparation and publication

of articles in peer-reviewed

scientific journals in

accordance with the requirements

of competition documentation

5

АР19679617 «Study
of thermophysical properties
and structural-phase states
of organic substances
at low temperatures (80-300 K)», PhD, associate
prof. Sokolov D.Yu.

Competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025

2023-2025

Ministry of Education and Science of the Republic of Kazakhstan

33 000,0

Study thermally stimulated structural-phase transformations of hydrocarbons at low temperatures.

6

АР23490571 «Introduction
of new plasma technologies
for thermochemical activation
of high-ash fuel to optimize
the combustion process
and minimize harmful
emissions»,
Bolegenova S.A.,
Chief Researcher,
Doctor of Physical
and Mathematical Sciences, Professor

Competition for grant funding for scientific and (or) scientific and technical projects for 2022-2024

2024-2026

Ministry of Education and Science of the Republic of Kazakhstan

30 000,0

The technical characteristics

and initial data necessary

for conducting computational

experiments on the combustion

of Ekibastuz coal (ash content >40%) in the

combustion chambers of power

boilers: PK-39, BKZ-160 and BKZ-420,

differing in power, size, productivity, and combustion

chamber geometries have been calculated

methods of fuel supply, layout of burner devices.

Geometric 3D computer models

of the combustion chambers of

boilers: PK-39, BKZ-160 and

BKZ-420 were created, taking into account

their technical and geometric

parameters to reproduce the process

of burning coal in them before and after

its plasma activation.

7

АР23487726 «Design
and manufacture of a 5 kW
semi-industrial wind
turbine with a unique
design».
PhD, associate prof.
Isataev M.S.

Competition for grant funding for scientific and (or) scientific and technical projects for 2022-2024

2024-2026

Ministry of Education and Science of the Republic of Kazakhstan

32 944,904

A technical specification will be drawn

up for the creation of an installation

that meets current regulatory standards.

The computational mesh model will be

presented, including associated

boundary conditions, timing

parameters, and convergence criteria.

The optimal geometric characteristics

of the wind power plant will be calculated.

8

AP22685893 «Study of
the aerodynamic characteristics of asymmetrical blades used
in a wind power plant
to increase turbine efficiency»,

Seidulla Zh.K.

Grant funding competition

research by young scientists on the project “Zhas Galym”

for 2024-2026

2024-2026

Ministry of Education and Science of the Republic of Kazakhstan

9 838,373

A numerical model will be

created and computational aerodynamic

studies will be conducted to provide

data on the exact aerodynamic

characteristics of the asymmetrical

blades, including lift coefficient,

drag coefficient and other parameters.

9

AP22687016
«Ecological and energy efficiency of
plasma technology:
numerical modeling and experiment».
Orynbasar M.N.

Grant funding competition

research by young scientists on the project “Zhas Galym”

for 2024-2026

2024-2026

Ministry of Education and Science of the Republic of Kazakhstan

10 000,0

As a result of the project, the

mechanisms of heat and

mass transfer and

plasma-chemical transformations

in the volume of a plasma-coal

burner will be studied.

Optimization of plasma technology

will allow obtaining innovative results

in plasma ignition and partial

gasification of low-grade thermal coal

in the field of thermal power

engineering and housing and

communal services facilities and

will contribute to solving

pressing problems of

socio-economic and scientific

and technical development

of the Republic of Kazakhstan.

10

 АР15473758 «Study of
the sintering mechanism of
bulk nanostructured thermoelectric materials
during their formation».
PhD, Erezhep D.E.

Grant funding competition

research by young scientists on the project “Zhas Galym”

for 2024-2026

2022-2024

Ministry of Education and Science of the Republic of Kazakhstan

7 998,135

The conditions for the formation

of temperature fields and

electric potential during the

sintering process of

nanomaterials will be optimized.

The structures of the new

materials obtained will be

investigated using the

recommendations developed

within the framework of this project.