Scientific projects and programs

For the human body to feel good, it is necessary to receive a whole set of nutritious minerals, full-fledged proteins and vitamins, which are not enough in everyday food.

With the increase in population growth around the world, the need for meat products increases accordingly, but due to the increase in prices for these products, not everyone has the opportunity to purchase it. To meet the needs of the country's population in meat products, one of the priorities is the use of vegetable raw materials in the production of sausages, which are one of the most popular food products. In modern conditions, the optimal choice of vegetable raw materials for semi-smoked sausage is determined not only by the correspondence of biological and nutritional characteristics, but also to saturate it with high-grade protein and the competitiveness of the products produced.

For the first time, the team of scientists intends to comprehensively investigate and use the blood of various farm animals in the form of dry, liquid and frozen blood for protein content in order to enrich the amino acid composition and give the meat product such consumer properties as appearance, juiciness and taste.

The technology of semi-smoked sausage from vegetable meat substitute with the addition of functional food blood will be developed within the framework of the AP19679729 project " Development of the technology of semi-smoked sausage from a vegetable meat substitute for functional purposes". PhD project manager Zheleuova Zhazira Suleevna.

In this project, a meat substitute from vegetable raw materials will be created to develop a technology of semi-smoked sausage with the addition of edible blood intended for healthy nutrition.

Congratulations to the scientific director of the project Zheleuova Zhazira Suleevna and the scientists who contributed to the scientific project!

 

 

The next grant holder in the competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025 is PhD, Associate Professor Akhmetova Sabira Tastanovna.

The AP19680646 project "Unmanned vehicles for various purposes with a high degree of automation" will be carried out according to the priority "Information, communication and space technologies".

The aim of the project is to create unmanned vehicles for various purposes, while solving the problem of developing an automated UV control system, taking into account the purpose of UV and the conditions of its use, and solving the issues of integrating an automated control system within the framework of vehicle modification to ensure its unmanned operation.

The planned results of the project will be obtained by systematization, analysis and theoretical generalization of achievements in the field of development and improvement of the functioning of control algorithms for autonomous unmanned vehicles for various purposes, algorithms and methods of image processing, as well as virtual modeling systems. The theoretical results are based on the use of methods of mathematical and virtual modeling, methods of pattern recognition and digital signal processing, methods of graph theory, methods of decision theory and numerical methods.

The project will be carried out by scientists of the departments "Computer Engineering and Software" and "Automation, Telecommunications and Management" with scientists of the Institute of Computational Mathematics and Information Technologies of Kazan Federal University.

Congratulations to the team of scientists, we wish you to conquer new peaks!

 

Currently, climate change is one of the acute problems facing the whole world. The increasing anthropogenic pressure on the ecosystem leads to its gradual degradation, which can lead to an irreversible ecological crisis. To mitigate the effects of climate change, many countries use a wide range of tools to solve this problem, such as the use of "green" financing, "green" bonds and environmental taxes. The growing importance of environmental taxation and the introduction of environmental taxes in many countries is considered as the main direction of environmental regulation.

The introduction of environmental taxation requires the formation of scientific, theoretical and methodological foundations of the concept of environmental taxation in Kazakhstan. Therefore, this project will substantiate the scientific and theoretical foundations of the formation of an ecological taxation system. In addition, the impact of environmental taxation on the activities of business entities and the economy of the country will be studied to form a methodology for assessing the effectiveness of environmental taxation.

Our scientists will solve these problems within the framework of the AР19677574 project "Development of an economic mechanism for environmental taxation as a financial instrument for environmental regulation of the Republic of Kazakhstan". The project will be carried out according to the priority "Research in the field of social sciences and humanities".

The head of the project is Professor Gulmira Kuzdeualievna, associate professor.

Congratulations to the scientific supervisor Professor G.K. Isaeva and the research team of the project!

 

A rising star of science!

 

Currently, it is very important to properly navigate the endless information flow. The media space is overflowing with various information, which is often fake, distorted, manipulative, influencing public consciousness, opinion, behavior and often dangerous in terms of destabilization in society and the state. Modern man needs media skills to filter information and protect himself from manipulative tools.

Therefore, the Candidate of Philological Sciences, Associate Professor Shakenova Maigul Tulegenovna will deal with the issues of studying the discourse of mass media, recognition of manipulative textual information using digital technologies.

Maygul Tulegenovna won a grant on the topic AP19679821 "Development of a methodology for recognizing media manipulation and promoting media literacy in the information space of Kazakhstan" based on the results of a competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025.

The main idea of the project is to create a methodological system for the development of media literacy of the Kazakh population on the recognition of misinforming media texts of a manipulative nature,

The novelty of the project consists in the development, taking into account world and national practices, of a methodology for recognizing Kazakhstani manipulative media content using digital technologies, as well as on the basis of the results obtained, the creation of a mass online course on media literacy.

The aim of the project is the theoretical substantiation and practical implementation of the method of recognition of manipulative discourse.

The implementation of this scientific project will help to create conditions for improving the media literacy of teachers and students of schools and universities of Shymkent on the basis of the developed methodology. This study will also lay the foundation for mass media literacy education of Kazakhstanis and the development of their immunity to media manipulation in the medium and long term.

The project will be carried out by scientists of the M. Auezov SKU together with scientists of the L.Gumilyov ENU, the National Center for Research and Evaluation in Education "Taldau" named after A. Baitursunov and the Dresden Technical University.

Congratulations to the team of scientists, we wish you to conquer new peaks!

Projects and Programs

MINISTRY OF SCIENCE AND HIGH EDUCATION OF THE REPUBLIC OF KAZAKHSTAN M.AUEZOV SOUTH KAZAKHSTAN UNIVERSITY

 PRESS RELEASE 

At the M. Auezov South Kazakhstan University within the framework of the project AР19679821 “Development of a methodology for recognizing media manipulation and promoting media literacy in the information space of Kazakhstan” the international scientific seminar is being held

"MEDIA LITERACY AS A TOOL TO COUNTER MEDIA MANIPULATION"

Format: round table offline and online on the zoom platform (https://us06web.zoom.us/j/3343340017?pwd=REplQUZ6NWJLZ0hkcU5obEdUQ2ZTZz09)

Venue: Republic of Kazakhstan, Shymkent, Tauke Khan ave., 5, main building, room. 342

Date and time: November 03, 2023, 10.00 (Astana time)

Goal: to discuss with stakeholders current issues of studying media manipulation and promoting media literacy in Kazakhstan and beyond.

Participants: scientists, teaching staff, administration and teachers of schools in Shymkent, students, representatives of the UNESCO Cluster Office in Almaty, the National Academy of Education named after. Y. Altynsarin, JSC National Center for Research and Evaluation in Education “Taldau” named after A. Baitursynov, universities of the country, foreign countries (China, Germany) and near abroad (Russia, Uzbekistan).

Working languages of the seminar: Kazakh, Russian, English. 

We invite those who wish to take part!

Project topic: Development of scientific foundations for the resistance of main gas pipelines to extended avalanche destruction

Director: Zhangabay Nurlan

Project objective: Study of the mechanism of destruction propagation and development of scientific bases for assessing the resistance of main gas pipelines to extended avalanche destruction

Scientific novelty: Development of a method for localization of the spread of extended avalanche damage in main gas pipelines

Practical significance: The developed methods of localization of extended destruction of gas pipelines will allow to localize or stop a rapidly developing fracture crack, thereby reducing the scale of the accident and the time to restore the destroyed section. The proposed formulas and methods for assessing the stress-strain state of the crack development zone can be used in design and research organizations when designing new, strengthening or repairing operated gas pipelines. The results of the study can be applied in universities when teaching a number of technical disciplines of a special course.

 

A young scientist, PhD Totikova Guldana Arynovna won a grant on the topic AP19678173 "Formation of design and technical STEAM-thinking of younger schoolchildren by means of 2D and 3D modeling" according to the results of the competition, grant funding for scientific and (or) scientific and technical projects for 2023-2025.

The aim of the project is to theoretically substantiate and experimentally prove the effectiveness of the methodology of using 2D and 3D modeling tools in primary school for the formation of design and technical STEAM-thinking of younger schoolchildren.

Within the framework of this project, 2D and 3D didactic games will be used, which develop operational components of thinking in schoolchildren, forming spatial images that contribute to solving graphic problems. The basis of design and technical STEAM thinking will be created for engaging in design and creative activities, for the development of skills and abilities of planar and volumetric modeling with objects and on IT programs when working with various types of radio equipment robotics.

The proposed project considers one of the central tasks of scientifically based methodological and theoretical developments on the development of spatial representation, the formation of the foundations of design and technical thinking among younger schoolchildren in the process of STEAM training.

 

 

Currently, one of the main problems in the field of education is the development of creative individuality and creativity of students in the process of their professional training at universities. In order to meet modern requirements, it is not enough for university students to simply get a special professional education and become good graduates, therefore it is necessary to promote their personal adaptation, the development of personal aspects corresponding to their creative potential. In particular, one of the urgent problems is the issues of influencing students with developed modern creativity through innovative technologies, in particular, through coach technologies.

In order to solve these problems, Doctor of Pedagogical Sciences, Professor Zholdasbekov Abdimanap Abdrazakhovich took part in a competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025, as a result of which he won a grant under the project AR19679401 "Scientific and methodological foundations for the development of students' creativity by means of coaching technologies".

Within the framework of the project, a structural and functional model for the development of students' creativity through coaching technologies will be substantiated. Methods and mechanisms of ensuring the effectiveness of coaching technologies in increasing the creativity of university students will be substantiated. The factors determining the current high level of increasing students' creativity through coaching technologies will be formulated. Educational and methodological activities aimed at developing students' creativity in the university education system will be carried out, educational and didactic materials for students will be compiled (textbooks, educational and methodological complexes, specialized programs, mini-courses). Methodological complexes will be developed. The content of new innovative learning technologies designed to ensure the effectiveness of coaching technologies in increasing students' creativity will be presented.

The practical significance of the research lies in the fact that the data obtained on the use of coach technologies in the development of creativity of university students can be used both in universities, scientific institutions, administrative structures, and interested persons in solving problems in the university system.

Congratulations to Professor Zholdasbekov Abdimanap Abdrazakhovich and his team!

 

 

The main hero of today is Doctor of Ph.D., Professor, corresponding member of the National Engineering Academy of the Republic of Kazakhstan Sarsenbi Abdizhakhan Manapuly. Wednesday A.M. is a well-known mathematician, the Hirsch index is 17!

Abdizhakhan Manapovich has extensive experience as a grant project manager. The topic of the AP19674587 grant project won this time is "Existence of solutions to boundary value problems for second-order differential equations with Involution.". The project is carried out within the framework of the specialized scientific direction "fundamental and applied research in mathematics and mechanics " of the priority direction"scientific research in the field of natural sciences", the type of research is fundamental.

The aim of the project is to study the possibility of solving two-point boundary value problems for nonlinear one-dimensional second-order differential equations with involution.

The project considers nonlinear second-order differential equations with involution in the second derivative and smaller terms in the linear part. This is also the main difference between the planned studies and the previous ones. Previously, various authors have studied nonlinear second-order differential equations in which the involution occurs in the function itself or in its first derivative.

The project considers the possibilities of applying the compression principle, the Schauder fixed point theorem, and the Leray-Schauder fixed point theorem. The results obtained significantly contribute to the development of the theory of differential equations.

The work is theoretical in nature. The results of the project can be used by researchers of mathematical models with involution, differential equations. Young researchers learn a lot of new knowledge during the project. Articles published in journals with high indicators based on the results of the project will undoubtedly affect the improvement of the university's indicators.

Congratulations to the project manager Abdizhakhan Manapovich on the victory in the team!

 

Today we start the parade of stars! As previously promised, the Department of Scientific Projects and Programs of the M.Auezov University of South Kazakhstan begins to introduce you to the leaders of the won grant projects, and will also briefly tell you about the projects themselves.

Scientists of the M.Auezov SKU have won 12 grant projects in the competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025 in the amount of more than 844 million tenge.

According to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures", 4 grants worth more than 298 million tenge were won.

Today we will tell you about one of the projects that won a grant specifically for this priority.

The topic of the AP19679034 project is "Development of technology for the production of bitumen materials for the road industry with the disposal of polymer waste in the technological process". The project manager is Doctor of Technical Sciences, Professor K.K. Syrmanova.

The purpose of the project: Development of technology for obtaining bitumen materials modified with polymer waste and the development of scientifically sound recommendations aimed at improving the efficiency of the production process and the use of modern bitumen materials in road construction, contributing to environmentally friendly asphalt paving, reducing energy costs during production.

The project is applied in nature and is based on experimental and theoretical studies of the process. The innovative and market potentials of the project consist, respectively, in the high quality of the product being created, the utilization of polymer waste, the demand for such materials and the resource availability of the technology as a whole. The target consumer of the results is the road industry of Kazakhstan:bitumen plants, research and design institutes.

Congratulations to the scientific director of the project, Professor K.K. Syrmanova and the research staff of the project on a new achievement!

Department of Scientific

Projects and Programs

The parade of science stars continues!

Today, the task is to reduce energy consumption in heat supply systems by using affordable, cheap materials. The problem of anticorrosive protection of heating systems is relevant in Kazakhstan.

Natural waters used in heating systems as a heat carrier can cause corrosion aggressiveness due to the content of carbon dioxide, molecular oxygen, iron ions, hydrogen sulfide and sulfides in the water. The process of rusting on the inner surface of heat-carrying devices occurs as a result of chemical or physico-chemical interaction of these surfaces with the coolant, causing corrosion destruction of any material, be it metal or ceramics, or polymer.

Corrosion inhibitors, a group of substances capable of forming a protective film on the surface of metal equipment, are successfully attributed to the methods of protecting metal structures from corrosion. Even small concentrations of inhibitors in a corrosive environment can noticeably slow down and suppress oxidative processes.

The problem of anticorrosive protection of pipes will be solved within the framework of the AP19679027 project "Development of competitive technology for cleaning heat supply systems for saving energy" according to the priority "Energy and Mechanical Engineering". The project manager is Candidate of Technical Sciences, associate professor Kabylbekova Balzhan Nurmanovna.

The results obtained will have a great impact on the development of science and technology, have a significant social and economic effect, and will allow the use of the proposed inhibitors to create an effective film to protect the pipeline surface from corrosion.

 

Department of Scientific

Projects and Programs

The grant holder is Candidate of Chemical Sciences, Associate Professor Eskibayeva Chaizada Zulpukharovna

According to the results of the competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025, a grant was awarded for the project AP19676952 "Development of innovative and cost-effective methods for the extraction of magnesium and other components from chrysotile technogenic waste". The project will be carried out according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures".

Within the framework of the project, new economically efficient schemes of technologies for extracting useful components from man-made waste will be developed:compounds of magnesium, silica and concentrates of iron, nickel, chromium in the form of goods and products with market values.

The scientific novelty will be the new conditions for the selective extraction of magnesium from technogenic waste in salt forms, based on the use of stoichiometrically necessary amounts of acids calculated according to thermoanalytic studies of technogenic waste, as well as new effective methods of purification of target products.

The project is aimed at solving the problems of utilization of technogenic waste from the extraction and enrichment of chrysotile and diversification of production of chrysotile mining enterprises, providing industrially important magnesium compounds to various industries of Kazakhstan, import substitution. 

Congratulations to the grant holders!

 

Friends!

We continue to congratulate the holders of the grant "Zhas galym"! The decision of the National Scientific Council on the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures" was announced today.By the decision of the Candidate of Technical Sciences, Associate Professor Kocherov Yerkebulan Nurgalievich won the grant. The topic of the AP19175875 project is "Obtaining multi-purpose thermal insulation products based on natural raw materials and man-made waste". The project will be implemented in 2023-2025. Young scientist E.N. Kocherov will create the basis for the production of multipurpose thermal insulation products based on clay raw materials and man-made waste and develop a scientifically sound way to improve the thermal insulation properties of porous fillers. This is the first project of the young scientist Yerkebulan Nurgalievich Kocherov. We sincerely congratulate the young scientist and wish him a bright path!

 

The next grant holder in the competition for grant funding for scientific and (or) scientific and technical projects for 2023-2025 is a Candidate of chemical Sciences, associate professor (associate professor) Tukibayeva Ainur Sultankhanovna.

Ainur Sultankhanovna was previously the head of the grant project. This time, the AР19679002 project "Integrated processing of wastes containing phosphine and intermediate products of phosphorus production into environmentally friendly products" under her leadership will be carried out according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures".

The aim of the project is to develop a rational and economical technical solution that ensures the maximum degree of utilization of waste and industrial products of phosphorus production with the production of environmentally safe target products.

The prospects of the development will be determined by the widespread use of environmentally friendly phosphoric acid and its salts in various sectors of the national economy. Successful implementation of the project, which will result in recommendations on the use of the developed technology for processing phosphine-containing gases of phosphoric production and purification of thermal phosphoric acid from lower phosphorus acids by electrochemical means.

The applicability and the possibility of commercialization of the obtained scientific results is high. A distinctive feature of this development is the purity of the products obtained.  The policy of development of industrial waste disposal programs in the Republic of Kazakhstan creates a favorable environment for the implementation of the obtained scientific results.

The project will be carried out in cooperation with scientists of the Poznan University of Technology (Poznan University of Technology).

Congratulations to the team of scientists, we wish you creative success!

 

 

We are ready to share the good news with you again! PhD doctor Mominova Saule Makhmudovna became the owner of the grant "Zhas Galym" according to the results of the competition for grant funding of scientific research of young scientists. The topic of the project by S.M. Mominova AP19175553 is "Development of energy-saving technology for obtaining autoclave-hardened cellular concretes using fly ash from thermal power plants and natural wollastonite".The project will be implemented in 2023-2025 according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures". The aim of the project is to improve the technology of production of autoclave-hardened cellular concrete and improve its properties by using industrial waste and fly ash from thermal power plants in combination with a dispersion-reinforcing microfiber of natural wollastonite. The project is of an applied nature and is based on experimental and theoretical studies of the production of autoclave-hardened cellular concrete using industrial waste and fly ash from thermal power plants in combination with a dispersion-reinforcing microfiber of natural wollastonite. As a result of the project implementation, the production technology, the optimal composition of cellular concrete on the fly ash of thermal power plants in combination with a dispersion-reinforcing microfibre of natural wollastonite with high physical and mechanical properties will be proposed. Congratulations to the owner of the grant "Zhas galym" Mominova Saule Makhmudovna!

The holder of the grant "Zhas galym"
PhD, associate Professor Zhakipbayev Bibol Ermuratovich

According to the results of the competition for grant funding of scientific research of young scientists "Zhas galym" for 2023-2025, PhD, associate Professor Zhakipbayev Bibol Ermuratovich won a grant for the project AP19177448 "Innovative complex processing of mineral amorphous-silica raw materials with the production of wall insulation material from it". The project will be carried out according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures". The project will develop a waste-free technology for the complex processing of amorphous silica raw materials as a basis for the synthesis of wall insulation material.

The winner of the grant "Zhas galym" PhD doctor Asylkhankyzy Aigerim

 

So we continue! PhD doctor Asylkhankyzy Aigerim won the grant "Zhas galym" under the project Research of methods for processing potash ores from Zhilyan and Chelkar deposits into potassium-magnesium fertilizers. The young scientist will develop methods for obtaining potassium-magnesium mineral fertilizers from potash ores of the Zhilyansky and Chelkar deposits of Kazakhstan.The new methods proposed in the project for obtaining complex potassium-magnesium fertilizers will allow us to develop a flexible waste-free technological scheme of production, improve the quality of the product, expand the range of raw materials for obtaining new mineral fertilizers by involving potash deposits in processing. And this project will be carried out in 2023-2025 according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures". Aigerim Asylkhankyzy recently received a PhD degree. And this is the first scientific project of Aigerim. We wish success to the winner of the grant "Zhas galym" Asylkhankyzy Aygerim!

 

Department of Scientific
Projects and Programs

Friends, colleagues!

The Department of Scientific Projects and Programs of the M.Auezov University of South Kazakhstan is pleased to announce that according to the results of the competition for grant funding of young scientists under the "Zhas Galym" PhD project, Dr. Kambatyrov Maksat Batyrovich became the grant holder. The AR19174296 project "Technology for obtaining organomineral feed additives from carbon-containing raw materials to increase the productivity of poultry farming in the Southern region" will be implemented in 2023-2025 under the priority "Rational use of water resources, wildlife, ecology". The aim of the project is to develop a scientifically sound technology for the production of organomineral feed additives from brown coal mining waste to increase the productivity of poultry. Within the framework of the project, the composition and properties of brown coal waste used in the production of organomineral feed mixtures will be studied, the balance and kinetic laws of the synthesis process of organomineral feed mixtures will be studied, prototypes of organomineral feed mixtures will be obtained. Congratulations to the owner of the grant "Zhas galym" Kambatyrov Maksat Batyrovich! We wish the young scientist new scientific discoveries, in-demand inventions!

The winner of the grant "Zhas galym" Candidate of Technical Sciences, associate Professor Kocherov Yerkebulan Nurgalievich

Friends!

We continue to congratulate the holders of the grant "Zhas galym"! The decision of the National Scientific Council on the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures" was announced today. By the decision of the Candidate of Technical Sciences, Associate Professor Kocherov Yerkebulan Nurgalievich won the grant. The topic of the AP19175875 project is " Obtaining multi-purpose heat-insulating products based on natural raw materials and man-made waste". The project will be implemented in 2023-2025. Young scientist E.N. Kocherov will create the basis for the production of multipurpose thermal insulation products based on clay raw materials and man-made waste and develop a scientifically based way to improve the thermal insulation properties of porous fillers.This is the first project of the young scientist Yerkebulan Nurgalievich Kocherov. We sincerely congratulate the young scientist and wish him a bright path!

Department of Scientific
Projects and Programs

Supervisor: Moldagaliyev A.B., Candidate of Technical Sciences, associate professor.

The aim of the project is to develop, scientifically substantiate method for eliminating defects, increasing pipelines’ dynamic strength operated in seismic regions with composite linings. As a result, instructions will be developed for composite linings’ optimal design in seismically hazardous areas.

Scientific novelty: The project considers the issues of increasing the resource of main pipelines for oil and oil products by banding with composite linings. The results of comprehensive studies of main pipelines will significantly complement and enrich the data known to science about their operation under operational and seismic effects. Calculation experiment methods and created mathematical models will serve as the basis for creating a methodology for designing pipelines with composite linings to eliminate defects and increase the dynamic strength of pipelines operated in seismic regions.

Practical significance: The developed design of the main pipeline for oil and oil products provides optimal stress distribution in the wall defect zone, improves the dynamic characteristics of structures, which increases the reliability and safety of pipelines under seismic effects in general. The proposed method for increasing the dynamic strength and eliminating defects can be applied to pipelines of large diameters, regardless of the causes and geometric dimensions of defects.

The engineering calculation methodology and the proposed practical recommendations for the optimal design of main pipelines with bandages made of composite materials, the developed method for increasing the strength at the defect site can be used by engineering and technical workers of various industries, research and design institutes when designing new aseismic and strengthening pipelines in operation.

Supervisor: Nadirov K.S., Laureate of the State prize of the Republic of Kazakhstan, doctor of chemical sciences, professor. 

The aim of the project is developing a technology for obtaining new composite depressant reagents for the transportation of paraffinic oil based on by-products of processing cotton stocks, polyolefins and aliphatic alcohols. 

Scientific novelty: The main problem, which is the aim of the project, is to obtain new composite depressant reagents, which are supposed to be used as a depressant additive to reduce the freezing point of transported oil. Currently, in the fields of the South Torgai depression, most of the produced oils contain 12 - 18% of paraffins. These oils, due to the high content of paraffinic compounds, have a relatively high pour point, which makes it difficult to transport them through pipelines. To solve the problem, oil heating points are being installed at certain distances along the pipeline route. It should be noted that at present, due to environmental and economic reasons, the use of thermal oil treatment methods is undesirable. Based on the foregoing, new compositional depressant reagents will be obtained based on by-products of processing cotton soap stocks, polyolefins and aliphatic alcohols in this project, to solve the problem of pipeline transportation of paraffinic oil.

Practical significance: The results of the project will be applied on the enterprises' oil pipelines for the collection and transportation of paraffinic oil. The results of this project will have a positive impact on the development of the oil and gas industry and the petrochemical industry in Kazakhstan. Recommendations will be developed for the production of chemical depressant reagents obtained within the framework of the project for use in the transportation of paraffinic oils. This will allow launching small-tonnage production of new domestic depressant reagents for paraffinic oil transported in the country's oil pipeline system. It would be advisable to organize the production of depressant additives and composite compositions based on them in Shymkent city and Turkestan region, that is, not far from enterprises where there is a sufficient amount of raw materials. The launch of the depressant additives production and composite reagents based on them will, firstly, reduce the dependence of domestic enterprises that are engaged in the transportation of paraffinic oil from the import of imported products and new jobs will be created in the Turkestan region and in Shymkent city.

Supervisor: Issayev Ye.B., PhD, Associate Professor.

The aim of the project is to develop a technology for obtaining new types of organic fertilizers based on the utilization of phosphorus-containing and carbon-containing waste to increase the yield of vegetable crops in the Turkestan region.

Scientific novelty: For the first time, biological fertilizers will be created based on phosphorus-containing and carbon-containing wastes with the addition of various groups of microorganisms to increase the yield of vegetable crops.

Practical significance: The introduction of the developed biofertilizers on the vegetable lands of the south of Kazakhstan with a predictable positive result will serve as the basis for replicating the technology throughout Kazakhstan, which is of great national importance. The research results are of fundamental and applied importance, because. fertilizers on a bacterial and algological basis will be developed; at the same time, on the basis of screening studies, strains of algae will be identified that increase the yield and stress resistance of vegetable plants; the possibilities of wastewater disposal are considered, the agrotechnology of depleted soils under vegetable crops with the use of obtained biofertilizers is developed. On an international scale, the implementation of the proposed program will reduce the environmental pressure on the pollution of trans boundary territories by refusing to use chemical reagents in the form of fertilizers or pesticides. The industrial interest of enterprises in the south of Kazakhstan is justified by the presence of various unclaimed production wastes such as phosphorus-containing wastewater and slag, which can serve as cheap raw materials for the industrial cultivation of algae, which, on the other hand, will satisfy social demand in the form of reducing environmental tension in the region and creating additional jobs. These wastes occupy about 16 hectares of land in the territory of Shymkent, which, at present, are a source of pollution of the surrounding agricultural landscapes and the city itself. Their disposal will contribute to the socio-psychological relaxation of the population of the adjacent microdistricts.

Supervisor: PhD, senior lecturer Aimenova Zh.E.

Purpose of the Project: to preserve biodiversity and study biologically active compounds of the endemic medicinal plant of the Western Tien Shan Eranthis longistipitata.

Scientific novelty: within the framework of this Project, for the first time will be performed experiments on microclonal and seed propagation of Eranthis longistipitata, various biochemical properties of this plant will be investigated, which characterize it as a valuable medicinal plant raw material.

Practical significance: nowadays there is no generalizing comprehensive assessment of the number of species, growing conditions, phytochemical properties of Eranthis longistipitata. This makes it necessary to carry out comprehensive studies that ensure the creation and implementation of mechanisms for their sustainable existence and restoration. The target consumers of the proposed project will be pharmaceutical enterprises aimed at using economically valuable and rare types of medicinal plants. The consumers of the results obtained will also be commercial enterprises that sell medicinal raw materials to pharmaceutical enterprises and research and production organizations.

Supervisor: Kedelbaev B.Sh., Doctor of Technical Sciences, proffessor. 

The aim of the project is to solve the problems of efficient and rational use of near-village pastures through monitoring, geobotanical research and determining the optimal composition of the herbage of desert plants, increasing productivity by treating seeds with biostimulants. The enrichment of the biodiversity of the herbage will lead to the conservation and increase in the number of farm animals, which will be an impetus for positive socio-economic and environmental effects. The scientific significance of the results of the planned scientific research is determined by the insufficient development of the regulatory and legal foundations of the socio-economic and environmental indicators of the favorable living of the near-village population in the desert zone of the Turkestan region.

Scientific novelty: The scientific novelty of the research is determined by the fact that for the first time for the rational use of rural pastures, the optimal composition of the herbage of desert plants will be determined, seeds will be treated with biostimulants and cultural pastures will be created for the full provision of animal feed.The scientific novelty of the study is determined by the fact that for the first time a comprehensive assessment of the economic and environmental aspects of the use of rural pasture lands by rural communities will be given.

Practical significance: It is known that the deserts of the south of Kazakhstan are characterized by sharp continentality. The habitat conditions for plants are very harsh. Insufficient atmospheric humidification, high air temperatures in summer, frequent high-speed winds lead to the fact that it is very problematic to obtain high and stable yields of pasture plants in these conditions. The situation is further aggravated by the fact that the excessive load on pastures, the lack of measures taken to improve forage lands from year to year have led to the deterioration of pasture grass. It should be pointed out that over the past few years, no funds have been invested in maintaining and improving the land.

Friends, colleagues!

The Department of Scientific Projects and Programs of the M. Auezov University of South Kazakhstan informs that the project AP15473609 "Development of technology for obtaining phosphorus-containing fertilizers to increase crop yields" has won a grant under the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures" in the competition grant funding of young scientists for the project "Zhas Galym" for 2022-2024.

The aim of the project: to develop a technology for producing phosphorus-containing fertilizers based on man-made waste to increase crop yields. In this technology, issues of increasing crop yields and recycling of phosphorus production waste will be solved.

The ongoing project for the production of phosphorus-containing fertilizers will increase the volume of products produced in Kazakhstan and significantly expand the product line. The main consumers of the offered products are enterprises in the agricultural sector, where this phosphorus-containing fertilizers will be used to increase soil fertility, thereby affecting the increase in yield and plant resistance to environmental stress factors.

The head of the project: PhD, Ismailov B.A.

Purpose of project : A comprehensive study of the process of enrichment of domestic low-grade phosphate raw materials by phosphorus (V) oxide using organic acids.

Scientific and technical level (novelty): the process of selective leaching of low-grade phosphate raw materials by the content of phosphorus oxide (V) with organic acids will be comprehensively studied.

Implementation of scientific and technical products: The results of the study will be used in the chemical technology of inorganic substances. The target consumers of the results achieved in the project are industries, industry research and design institutes dealing with problematic issues of processing phosphate raw materials (TF LLP Kazphosphate, Novo-Dzhambul phosphorus plant, Mineral fertilizers Plant, LLP AXEM INVESTMENT, LLP Sary-Tas Udobrenie (Taraz), RSE "Center for complex processing of mineral raw materials of the Republic of Kazakhstan" (Almaty), LLP Kainar, LLP Reactive Phosphorus Compounds, LLP KAZNIIHIMPROEKT), Industrial Development and Industrial Safety Committee of the Ministry of Industry and Infrastructure Development of the Republic of Kazakhstan, Ministry of Ecology, Geology and Natural Resources of the Republic of Kazakhstan, etc.

On behalf of the chairman of the committee to ensure quality in the field of Science and higher education of the Ministry of Science and higher education of the Republic of Kazakhstan №54 from February 7, 2023 "on the application of the step doctor's Philosophy (PhD)" was approved by the step doctor's Philosophy (PhD) on speciality 8d07160 – Chemical Technology of inorganic substances grant blocker "Zhas Galym" raimbekov Yerkebulan Batyrbekovich.

We are the head of the grant blocker" Zhas Galym " Raiymbekova Yerkebulan Batyrbekovich!

Director: PhD, Bazhirova K.N.

Project objective: Development of technological parameters and resource-saving technology of complex mineral fertilizers of prolonged action based on activated low-grade phosphorous raw materials. 

Scientific novelty and significance of the project: In the process of industrial extraction, primary and secondary crushing and classification, about 55-60% of the phosphorous ore passes into phosphorous fines of a fraction of less than 10 mm, which by granulometric (grain) composition cannot be used for electrothermal processing into yellow phosphorus, and by chemical composition phosphorous fines are of little use for chemical processing by traditional methods into extraction phosphoric acid. An analysis of the work on the calcination of phosphorous fines by thermal agglomeration shows that the agglomerate obtained in production conditions has low strength properties, as a result of which the yield of a suitable agglomerate of a fraction of more than 6 mm is no more than 45-50%.

For these reasons, most of the phosphorus fines have been stored in the dumps of mining enterprises for more than forty years, and the problem of expanding the volume of efficient processing of phosphorus fines into mineral fertilizers is an important scientific, technical, economic and environmental task. In short, the essence of the main idea of the project is to develop a technology that allows increasing the content of the lemon-soluble form of P₂O₅ in the activated phosphorus fines, achieved not only by increasing the degree of dispersion and increasing the specific surface area of the resulting product and, accordingly, by increasing the number and area of contacting areas between the particles of activated components of the nitrogen-phosphorus product, but also to a large extent by due to the accumulation of various kinds of microstructural defects on their surface and in their volume, resulting in an increase in the reactivity and solubility of phosphate, and to solid-phase interaction with the nitrogen-containing component.

In the process of activating a phosphorite trifle in a mixture with a nitrogen-containing component with a point solid-phase interaction of a phosphate substance with a nitrogen-containing component, a possible solid-phase reaction can be represented by the following scheme:

3(NH₄)₂SO₄ + Ca₃(PO₄)₂ → 2(NH₄)₃PO₄ + 3CaSO₄ 

 

In addition, during activation, an amorphous layer forms on the surface of phosphorite particles and the density of the phosphate substance decreases, which leads to a significant increase in its reactivity and solubility.

Supervisor:  Boranbayev S. R., PhD, Associate Professor, Director of the Research Institute "SGN". 

The aim of the project: The aim of the project is to study the language policy and the language situation in various regions of the Turkestan region and to develop recommendations for optimizing the activities of local authorities in this area of activity. 
 

Scientific novelty:  The scientific novelty of the research proposed for this project during 2022-2024 is to identify the dependence of the success of the initiatives proposed by the authorities to introduce the Latin alphabet for the Kazakh script and increase the role of the Kazakh language in society not only on the socio-demographic characteristics of the region and the attitudes of the population, but also on the effectiveness of local state, educational and public organizations. An important factor is the study of the dynamics of changes in the rate of distribution and areas of use of languages.    

Practical significance:  The result of the study is supposed to identify the dominant types of perception of language policy at the local level of different population groups, depending on age, level of education, ethnicity, type of settlement. Expected scientific and socio-economic effect: to determine the main approaches and strategic plans of local authorities, educational institutions and public organizations in the implementation of language policy in conditions of different socio-demographic characteristics of different districts of the region and megacities of the Republic.

Supervisor: Shevko V.M.Doctor of Technical Sciences, Professor

The aim of the project: Creation of a fundamentally new an electrothermal resource-saving slag-free phosphorites processing technology with a high degree of integrated use of raw materials, through simultaneous (joint) production of gaseous phosphorus, calcium carbide and silicon-containing ferroalloy in an electric furnace.

Scientific novelty: is to obtain new theoretical patterns of joint interaction of phosphorites, tricalcium phosphate, silicon oxides, calcium with carbon in the presence of iron, with the production of phosphorus, ferroalloy and calcium carbide.

Practical significance: The experimental and applied results obtained during the implementation of the project will make a significant contribution to the technology of electrothermal processing of phosphorites and can be used both for the processing of Kazakhstani phosphorites and for phosphorites of foreign deposits, as well as for various phosphorus-containing natural and technogenic raw materials (for example, slag dumps of phosphorus enterprises), thereby contributing to an increase in raw materials for the production of phosphorus, ferroalloys and calcium carbide. The technology will increase the degree of integrated use of raw materials by 2 times. The proposed technology eliminates the formation of dump slag, thereby reducing the impact of production on the environment and improving the environmental situation in industrial regions. The technology can be implemented on standard equipment of the phosphorus sub-sector. The payback period of the proposed production is no more than 3-4 years.

Supervisor: master, PhD-doctoral student, Turakulov Bakhriddin Bakhodurovich.

Project objective: Development and creation of a resource- and energy-saving technology in the production of pigments from calcined carbon-containing chromite pellets, and the application of chromite pigment to a cotton and mixed fabric base.

Scientific novelty: The scientific novelty of the project lies in the study of the process of obtaining burnt carbon-containing chromite pellets from industrial waste and their subsequent synthesis into chromite pigment, which is used for application to a cotton and mixed fabric base.

Practical significance: The practical significance of the project lies in the development of technological bases for the disposal of man-made waste with the production of chromite pigments, which can replace imported pigments used in the textile industry.

Project relevance: in the process of mining, crushing, classifying chromite ores, enriching and preparing them for technological conversion, more than 45% of the raw material turns into a substandard product (fines, dust, sludge), which, in terms of granulometric and chemical composition, is not used for processing into ferroalloys, refractories and pigments . In addition, in the Republic of Kazakhstan there are large reserves of internal overburden rocks of coal mining, containing up to 40% or more carbon, causing irreparable environmental damage to the fauna and flora of industrial regions. Therefore, the development of a new and efficient technology for processing substandard waste from various industries, with the receipt of target materials and semi-finished products, is an important scientific, economic and environmental problem.

Expected results: as a result of the studies carried out, the optimal technological parameters of the processes for obtaining calcined carbon-containing chromite pellets with their further processing into dark green chromite pigments will be determined. Optimal parameters for applying pigments to cotton and mixed fabric substrates will also be established with confirmed results of pilot tests. Based on the results of the research work, 2 scientific articles will be published for publication in the Web of Science database indexed in the Science Citation Index Expanded or having a CiteScore percentile in the Scopus database of at least 50 (fifty). And also 2 articles in the proceedings of international conferences.

Supervisor:  Smailov B. M. - PhD, Academician of IIA, Head of research laboratory "Petrochemistry and composite polymer materials " Research Institute "NTS" SKU named after M. Auezov.

The aim of the project is to develop a technology for producing humate-containing fertilizers based on coal waste to improve soil fertility and crop yields.

Scientific novelty: Based on the results of research work, the following parameters were determined:

- thermodynamic characteristics of coal waste decomposition in hydrochloric acid solution were determined using the Outokumpu HSC-6 software package.

- the optimal parameters of the process of decomposition of coal waste from the Lengerskoye deposit in a solution of nitric acid were established using the method of mathematical planning of experiments.

- determined the kinetic regularities of the process of decomposition of coal waste in a solution of nitric acid with the production of humic acids and humates. The value of the "apparent" activation energy calculated by the Arrhenius equation Eapp.= 12.33 kJ/mol indicates that the process takes place in the diffusion region.

- it has been established that the resulting humate-containing fertilizer is characterized by a high content of humic substances, which are involved in soil structure formation, the accumulation of nutrients and microelements in a form accessible to plants, and contribute to the regulation of geochemical flows of metals in water and soil ecosystems.

Practical significance: The practical significance lies in the development of a technology for the disposal of technogenic waste with the production of humate-containing fertilizers, which allows you to restore soil fertility and positively affects plant productivity.

A group of young scientists from M.Auezov University of South Kazakhstan went on a research trip to India, to Mahatma Gandhi University, located in Kottayam.

Young scientist, winner of the grant "Zhas galym", PhD Smaylov Bakhyt Matkarimuly will conduct research in order to obtain humate-containing fertilizers and study the physico-chemical properties, mineral composition of humate-containing fertilizers under the project "Development of production technology to increase soil fertility and crop yields". 

Supervisor: Artykova Zh. K.

The aim of the project: The development a technology for obtaining thermo-salt–resistant composite polymer stabilizers by copolymerization of weakly and strongly acidic monomers and their modification using waste oil and fat industry - fatty acids of gossypol resin to regulate rheological and filtration-technological properties, as well as the development of technology for obtaining weakly and strongly acidic acrylate (copolymers) polyelectrolytes and their modified derivatives in the presence of fatty acids acids of gossypol resin. 

Scientific novelty: The development and creation of high-quality multifunctional composite chemical reagents and regulation of their properties, allowing to obtain lightweight, averaged and weighted drilling fluids operating in difficult geological conditions is impossible without conducting in-depth studies of the physico-chemical interactions of organomineral ingredients and identifying patterns of influence of their structure, nature, type, content and ratio on the physico-chemical properties of reagents and drilling fluids based on them.
The name of the priority direction: Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures.

Relevance: This scientific project considers the development of technology for obtaining thermo-salt-resistant composite polymer stabilizers for drilling fluids. It is extremely relevant to study the possibility of creating domestic thermo- and salt–resistant reagents - composite polymer stabilizers of drilling fluids With increasing drilling depths.

Practical significance: Conducting studies of the influence of the nature, type, content and ratio of monomers, modifying components on physico-chemical and filtration-technological properties, allowing to create highly effective multifunctional composite stabilizers in high demand, providing the production of thermo-salt-resistant stabilized drilling fluids operating in complicated sandy-geological conditions on oil and gas-bearing sites is an urgent task, which will ensure an increase in the efficiency of the performance characteristics of the obtained compositions of composite stabilizers reducing the cost of the product.

 

Supervisor:  Kudabayev R. B. 

The aim of the project: To develop energy-saving, environmentally friendly technology for concrete products and structures’ heat treatment using alternative solar energy based on energy-active solar chamber with heat accumulators.

Scientific novelty: As a result of the project implementation, a design of a heat-accumulating solar cell with heat accumulators will be developed, which will provide an optimal mode of concrete hardening and a soft mode of heating and cooling.

Practical significance: The project is to develop a technology for heat and moisture treatment of concrete products and structures using solar energy. The introduction of solar technology for processing concrete products and structures will save traditional energy up to 100% in the summer and at least 50% in the transitional and winter periods of the year, and will also allow the use of environmentally friendly technology in combination with high quality products and structures.

 

Supervisor: Kadirbekov A. A.

The aim of the project: development of technology for obtaining certain ion exchangers from a waterproof solution based on modification of cationic groups of high ion exchange capacity in the process of chelating modified cation exchange resins.The Republic of Kazakhstan occupies a leading position in the world in solid converters, such as raw materials, reserves of many minerals and minerals, which represent the power of the main base of the country's production growth. At present, ion exchange has received the widest application in all fields of science and industrial practice due to its operational properties of high materials. With their help, one of the most pressing social and environmental problems is solved — environmental protection. Most of the materials used in production to solve environmental problems have a low static exchange capacity, for this reason there is a need to obtain newly modified ionites with a high ion exchange capacity by introducing a chelating group into the composition. In hydrometallurgy and the nuclear industry, new sorbents for cleaning polluted waters from factories are of great importance. For these reasons, the project is relevant.

Scientific novelty: The scientific novelty consists in the fact that chelating modified cation exchange resins obtained by means of gasipole resin and snail shells are characterized by increased ion exchange capacity during the purification of polluted waters.

Practical significance: The practical significance of the project is to develop a waste disposal technology that allows the recovery of wastewater without heavy metals in the process of industrial wastewater treatment.The use of ion exchange made it possible to carry out continuous technological processes, and in some cases to automate them, to conduct fine kinetic studies using catalysis with ionites. For nuclear power, the need for ionites is increasing. Nuclear power plants consume ionites for decomposing fuel, for defrosting, and water purification of nuclear reactor circuits. The applied significance of the work, depending on the research results, for the concentration of ions and organic substances in the hydrometallurgy of non-ferrous and precious metals, the purification of polluted waters from factories, the practical significance of new sorbents is effective.

A group of young scientists from M.Auezov University of South Kazakhstan went on a research trip to India, to Mahatma Gandhi University, located in Kottayam.

Doctoral student Kadirbekov Alimzhan Abutayuly will explore the possibilities of pumping metal ions from wastewater and studying the active chemical stability and ion exchange ability of ionites under the project "Development of technology for the production of resins replacing chelating modified cations".

Project topic: Hydrodynamic patterns of an innovative installation for converting flow energy (gas, water) into electrical energy, with vortex interaction of flows

Director: Serikuly Zh., PhD, associate professor.

Project objective: Investigation of the hydrodynamic regularities of an innovative installation for converting alternative energy sources into electrical energy, taking into account vortex interaction.

Scientific novelty: Converting the kinetic energy of air and liquid flows into electrical energy.

Practical significance: Renewable energy in developed countries exceeds 50% of all electricity consumption. Along with widespread renewable sources such as the sun, wind, water, vibration energy is of increasing interest. Environmental vibrations constitute a very promising class among all possible sources of environmental energy. Developed countries use the vibration energy of roads, railways, subways, pedestrian crossings, etc. This project proposes the use of the most common source - wind and water.

Using the advantage of an innovative vibration transducer, the study of hydrodynamic patterns contributes to the development of the direction of vibration energy using flow features. The basis for solving the problem is the results of fundamental and applied research on the development of scientific foundations for the creation of devices with a regular structure and their application for energy conversion. Ways to convert wind energy have been actively explored over the past two decades. The relevance of the wind energy conversion system based on the laws of vortex interaction lies in the intensification of the process of formation and separation of vortices behind streamlined bodies. In the process of energy generation, each element of the converters takes an active part. The uniformity of the distribution of flows over the cross section of the installation improves, the turbulence of the air flow increases due to the intensification of the process of formation and separation of vortices behind the streamlined bodies and the achievement of the mode of simultaneous vortex formation. The key difference of this product is the simplicity of design and installation, applicability in almost any industry, as well as for smart city projects. The design can use the kinetic energy of not only wind, but also liquids, exhaust gas, air flows to optimize the costs of the enterprise.

 

Supervisor: Project manager Tadzhiev H. H. (PhD) – Senior lecturer of the Department of Kazakh language and literature, Faculty of Philology, South Kazakhstan University named after M. O. Auezov.

The aim of the project: The scientific project provides for a comparative study of the relationship and continuity of the poetic tradition of the Golden Horde and the beginning of the 20th century. As a result, these factors had a special impact on the national awakening of the Kazakh people in the early twentieth century. The study of the written heritage of ancestors, the relationship and continuity of literary traditions, the consideration of genre artistic features of literary relics, indicate that these processes had a special impact on the formation of the Kazakh national worldview and the unique identity of the people.

Scientific novelty: The advantage and scientific novelty of this project is the study and analysis of literary heritages such as "Kissas-ul anbia", "Muginul Murid", "Raunakul Islam", "Nahjul Faradis", analysis of their influence on the development of the Kazakh art of speech in a later period. In particular, to identify the artistic features of literary works written during the Golden Horde, and to conduct a comparative analysis of their work with the poets of the early twentieth century.

Practical significance: The results of the project will be presented in the "Literatures of the Turkic peoples", "XIX-XX centuries". History of Kazakh literature", "Literature of the Golden Horde", "XIII-XVI centuries. The History of Kazakh Literature" will be used as a special course in lectures on elective components for bachelors, masters, (PhD) doctoral students in philology, Oriental studies and Turkology. It is also recommended as a guide in the preparation of curricula for secondary and higher educational institutions, humanities colleges, when lecturing on special courses.

Supervisor: PhD doctor, associate professor Kaldybaeva B.M.

The goal of the project is to simultaneously optimize the use of heat recovery, cogeneration of heat and electricity, renewable energy sources and fossil fuels, reduce the level of environmental pollution by industrial emissions and increase the energy efficiency of industrial complexes.

Scientific novelty is the conduct of scientific research to improve the existing technology and improve the quality characteristics of the resulting cellulose and paper based on it, the development of new stabilizers of hydrogen peroxide and the study of their influence on the technological modes of obtaining and the quality of cellulose products.

The practical significance of the results lies in the possibility of optimizing resource consumption and assessing the possibilities of integrating the considered technical solutions.

Supervisor: Candidate of  Economic Sciences, Associate Professor Abdikerimova G.I.

The goal of the project is to form a model of a regional grocery habakak of an innovative horizontally integrated structure in order to provide the region with high-quality and varied meat products of its own production using the potential of personal subsidiary farms in the southern region.

 

The scientific novelty of the project is as follows:

- development of a model of a regional grocery hub as the most effective form of organizing the integration of the agricultural and industrial sectors;

- formation of a mechanism for a competitive economy of the region based on an innovative structure of production for processing agricultural products, providing a significant increase in gross value added;

- calculation of import substitution indicators, proving the saturation of the domestic market and the possibility of exporting meat products;

- determination of the effectiveness of creating new jobs and increasing the level of income of the population;

- development of a model of intersectoral economic relations in the integrated formations of the agro-industrial complex of the region.

Supervisor: Candidate of Technical Sciences, Associate Professor Zh.E. Khusanov

The goal of the project is to improve the reliability, durability, energy efficiency and environmental safety of the oil and gas complex of the Republic of Kazakhstan through the development and implementation of an information and analytical system for monitoring and control of electrochemical corrosion protection of underground steel pipelines and structures of the oil and gas complex of the Republic of Kazakhstan, integrated into the existing control system of the complex.

 

Scientific novelty: The introduction of IASKU ECP will also allow solving the main task of operation - to move from a costly calendar method of maintenance of ECP facilities to the optimal method - maintenance and current repair of ECP facilities according to their technical condition, which also reduces the operating costs of the ECP from corrosion of the TPM.

Practical significance: Based on the results of the project, lecture courses and textbooks can be created for specialized Higher Educational Institutions of the Republic of Kazakhstan on: the theory of automation of difficult-to-formalize processes of a logical and computational nature using intelligent information technologies; the foundations of the theory of creating intelligent decision support systems for applied applications for various areas and levels of management of complex distributed systems, and others.

The Department of Scientific Projects and Programs of the M. Auezov SKU informs that according to the results of the competition for grant funding of young scientists for scientific and scientific-technical projects for 2022-2024, announced by the Ministry of Education and Science of the Republic of Kazakhstan, the project "Development of technology for the production of innovative functional bioacid dairy products with probiotics and antioxidants" was won.

The project manager is a young scientist of the Higher School of Textile and Food Engineering, PhD Utebayeva Aidana Askarovna.

Within the framework of the project, for the first time in the Republic of Kazakhstan, the effect of antioxidants obtained from local raw materials: Turkestan hawthorn (Crataegus turkestanica), bird cherry (Prunuspadus), and medicinal hemophlebus (Sanguisorba of ficinalis L.) on the growth of lactobacilli and bifidobacteria will be investigated and on the basis of this, a technology for obtaining innovative functional bio-acid dairy products containing probiotics will be developed for the first time (bifido- and lactobacilli) and antioxidants.

We sincerely congratulate the team of young scientists under the leadership of A.A. Utebayeva on the victory!

We wish you creative success, the implementation of research plans and the achievement of new heights!

The aim of the project is to develop new types of innovative functional bio-acid-milk food products by improving the biotechnological process of activation of probiotic microorganisms (bifidobacteria and lactobacilli) with extracts of biologically active substances from local natural plant raw materials, as well as the creation of functional food products with natural antioxidants designed for healthy nutrition, improving the quality and longevity of human life.

Project objectives: 1) Analytical review of the literature and selection of natural and cultivated plant raw materials in the Turkestan region, with a high content of biologically active substances having antioxidant properties.
2) Primary processing of selected plant raw materials and materials using physical and mechanical processing methods.
3) Determination of acceptable conditions for the extraction of plant raw materials and materials, using low-frequency ultrasound (LF) and medium-frequency (midrange) ultrasound technology using vacuum, and the method of ultrahigh frequencies (microwave).
4) Study of physico-chemical and microbiological parameters in the process of immobilization of the total antioxidant activity of biologically active substances.
5) Determination of the effect of antioxidants on the growth and development of probiotic microorganisms: bifidobacteria and lactobacilli.
6) Development of energy-saving stages of activation of bifidobacteria in the technology of obtaining innovative bio-acid-milk functional products based on kefir fungi, L.acidophilus.
7) Studies of food safety, microbiological, organoleptic and physico-chemical parameters of the obtained innovative bio-acid-milk functional products, depending on the duration of the shelf life.
8) Creation of regulatory documents for the design and introduction into production of technology for the production of innovative bio-acid-milk functional products with a prolonged shelf life and with increased biological value.

Supervisor: PhD, Professor Kabylbekova Zauret Berdikulovna

The relevance of this work is due to the need of a person, society and the state in health-saving education, since the organization of the educational process in a remote mode creates constant stress overload among university teachers, which leads to a violation of the mechanisms of self-regulation of physiological functions and contribute to the development of chronic diseases. As a result, the widespread total distance education has a costly nature in terms of preserving health resources.

The purpose of the work: development of health-saving technologies in the prevention of professional burnout of teachers, providing university teachers with the opportunity to preserve emotional and physical health during distance learning associated with the Covid-19 pandemic.

This goal predetermined the following main objectives of the study:

1. To study and substantiate a set of theoretical and methodological provisions defining the basics of health-saving technologies of training as a preventive measure of professional burnout.

2. To develop conceptual approaches to the strategy of studying the problem of developing health-saving technologies as prevention of professional burnout of teachers during distance learning associated with the pandemic.

3. To implement the practical aspect of the program at the M.Auezov UCU in order to integrate specific health-saving technologies into the educational process, as prevention of professional burnout of teachers during distance learning associated with the pandemic.

Practical significance: the results of the study can be applied in the research and pedagogical sphere, by various non-governmental organizations dealing with the mental health of participants in the educational process, mental and psychological health, stress management and professional burnout, distance learning and health-saving technologies.

Supervisor: Doctor of Technical Sciences, Professor A.A. Anarbaev

Objective of the project: Development of scientific foundations for the technology of processing and disposal of distilled liquid for the production of soda ash and obtaining demanded products in the chemical, metallurgical, food and construction industries.

 

The scientific novelty of the research results will be based on obtaining new kinetic data and determining the optimal conditions for the rates of consumption of reagents, temperature and time of the process; identifying new physicochemical regularities for obtaining sodium chloride from a distilled liquid using natural sodium sulfate in the temperature range of 20-100 ° C; the influence of impurities in determining the optimal conditions for the rate of consumption of natural sodium sulfate, temperature, time and the ratio of S: L; conditions for the formation of various types of sediment - gypsum dihydrate, gypsum hemihydrate, anhydrite free from double salts and ions Na +, SO42–, CI–.

Practical significance: The results obtained will be of great importance for the development of science and technology, have a significant social and economic effect, will make it possible to produce a commercial product of soda, table salt and gypsum at a reduced cost and increase the export opportunities of the Republic of Kazakhstan.

Supervisor: Azimov A.M., PhD, Head of the research laboratory "Innovative water Treatment Systems".

Project goal - Ecological assessment and forecasting of the state of drinking water in the southern region of Kazakhstan, development of methodological recommendations for regime and design parameters of water treatment technology.

As a result of the project implementation, a recommendation of a promising drinking water purification technology will be prepared, which will provide not only a direct economic effect, but also at least 10% of the environmental effect on a regional scale, for specific deposits. The developed methodological recommendation will cover the choice of optimal technologies (settling, filtration, flocculation, coagulation, adsorption, ultrafiltration, reverse osmosis, chemical disinfection) and regime parameters of drinking water purification.

Practical significance: The obtained scientific results will become the basis for the development of methods for calculating energy- and resource-saving technologies and equipment for the purification of drinking water deposits in the Southern region of Kazakhstan, will open up the possibility of creating a scientific base of technological complexes that are actually used at water treatment plants, allowing both to reduce the costs of enterprises and improve the environmental and social situation.

The target consumers of the results obtained are water treatment plants.

A group of young scientists from M.Auezov University of South Kazakhstan went on a research trip to India, to Mahatma Gandhi University, located in Kottayam.

Azimov Abdugani Mutalovich, a young scientist, winner of the Zhas Galym grant, PhD, will study drinking water purification technologies for a specific region (precipitation, filtration, flocculation, coagulation, adsorption, ultrafiltration, reverse osmosis, chemical disinfection) under the project "Environmental monitoring of underground water supply sources in the southern region of Kazakhstan and recommendation of optimal water treatment technology".

Young scientists at the international conference

Holders of the grant "Zhas galym" of the South Kazakhstan University named after M. Auezova is taking part in an international conference on "Water from pollution to purification" at Mahatma Gandhi University of India. At the conference, the head of the project "Environmental monitoring of underground water supply sources in the Southern region of Kazakhstan and the provision of optimal water treatment technology" Azimov Abdugani Mutalovich made a presentation on the topic "Purification of groundwater and groundwater using nanofiltration technology". The conference is attended by scientists from the UK, Canada, Poland, Korea, France, Japan, the USA, Spain and Kazakhstan.

Department of Scientific
Projects and Programs

Supervisor: Doctor of Technical Sciences, Professor Tleuov A.S.

The aim of the project is to create a technology for obtaining multifunctional sorbents based on local bentonite, refractory clays and oil sludge for sorption treatment of chemical wastewater with the release of metals and mineral impurities.

 

Scientific novelty: The members of the research group experimentally obtained the values of the degree of wastewater treatment using three sorbents, at different initial concentrations of oil products and temperatures.

 

Practical significance: The results of studies on the use of sulfuric acid-activated bentonite clays on the processes of sorption clarification of liquids, in particular industrial wastewater and beverages, showed that the final process of sorption purification of liquids is influenced by the duration, consumption of liquids and the moisture content of the incoming product. Moreover, as the duration of the process increases from 20 to 200 seconds, the outgoing liquid is actively purified from various mineral components.

Project manager, Doctor of Technical Sciences, Professor A.S. Tleuov.
https://www.scopus.com/authid/detail.uri?authorId=6507455259
The project executor, Doctor of Technical Sciences, Professor Beisembayev O.K.
https://www.scopus.com/authid/detail.uri?authorId=57201155707
Project executor, Doctor of Technical Sciences, Associate Professor Tleuova S.T.
https://www.scopus.com/authid/detail.uri?authorId=57190010741

Supervisor: Doctor of Chemical Sciences, Professor Nadirov K.S.

The aim of the project is to develop competitive synergistic compositions - demulsifiers - for effective oil dehydration, based on fatty acids extracted from a by-product of cottonseed oil processing - fatty acid distillation tar.

The scientific novelty is the use of tar components to obtain demulsifiers. You should pay attention to this aspect. A significant proportion (up to 60-70%) of the residual FAs are unsaturated FAs, which are more reactive in comparison with saturated FAs. Traditionally, fatty acids are obtained by catalytic oxidation of paraffins, with the formation of predominantly saturated fatty acids. First, paraffins are themselves a commercial product. Second, the degree of conversion of saturated fatty acids into oxyethylated derivatives is lower than that of unsaturated fatty acids. Thus, the cost of the proposed demulsifiers will be lower than commercial ones. Calculations have shown that the cost of new demulsifiers will be about 0.5 USD per kilogram.

Practical significance: Based on the results of the project, the production of new domestic demulsifiers can be created. It is advisable to locate the production in South Kazakhstan, not far from the source of raw materials - tar. Production will allow, firstly, to reduce the dependence of domestic oil producing and refining enterprises on imported products. Secondly, new jobs will be created. Third, the amount of stored tar will decrease by 35-40% (due to the extraction of liquid residues from them); this will reduce the negative impact of tar on the environment.

Expected and achieved results:
1. Extraction of LC from the aqueous phase. Process optimization. Chromatographic determination of LC in the mixture. LC extraction from the aqueous phase was performed. The process has been optimized. Chromatographic determination of LC in the mixture was performed. The conditions ensuring the extraction of at least 97% of LC into the organic phase (extraction gasoline) have been identified. Extraction processes are optimized, the composition of LC in extracts is determined.
2.Oxyethylation of the LC mixture. Esterification of the LCD mixture. Publication of an article in a journal recommended by COXON. Oxyethylation of the LC mixture was performed. Esterification of the LCD mixture was performed. The influence of experimental factors on the compositions of the oxyethylation products, as well as the esterification of the LC mixture, has been determined. The conditions providing the maximum degree of conversion of LC into their oxyethylated and esterified derivatives are found. An article has been published in a journal recommended by COXON.
3. Investigation of colloidal-chemical properties of OJC and EJ, as well as composites based on them. The colloidal-chemical properties of OELC and EELC, as well as composites based on them, have been studied. The dependences of colloidal-chemical properties on the composition of mixtures of OELC and EELC, as well as composites based on them, are obtained. The resulting demulsifier composite is characterized by the following colloidal chemical properties: the appearance of the demulsifier - from a viscous liquid to a paste–like mass from colorless to yellowish; the content of oxyethyl groups in OKZHK - 42-43; hydroxyl number, mg KOH / g - in the range of 23.2-26.8; viscosity at temperatures at 20 °C and at - 20 ° C, MPa · c - in the range of – 25-33 and 450-510, respectively; pH - in the range of 7.5-8.1; mass fraction of water - no more than 0.25; density at 20oC, g / cm3 - in the range of 0.92-0.95; thickening temperature, oC – 10; solidification temperature, °C – -36-39 ; turbidity temperature of 1% aqueous solution, oC - in the limit - 77-81.
4. The developed composite for crude oil demulsification includes the following components: esterified fatty acids – 10.0-12.0; technical gossypol – 0.20-0.22; sulfanol – 6.0-8.0; synthanol-ALM – 4.0-5.0; the rest is solvent – auit-spirit. The resulting composite is highly effective in dewatering and desalting oil at a flow rate of 40-45 g/t. The water content in oil is 0.18-0.20% and salts, respectively, 20 mg/ l.Published 1 article in a journal with a percentile above 50 by CiteScoreScopus:

PUBLICATIONS for 2021:
1.Kazim S. Nadirov, Manap K. Zhantasov,Bekaydar T. Marenov, GulmiraZh. Bimbetova, Arslanbek K. Orynbasarov, Zhulduz K. Shukhanova, Nurlibek Sh. Otarbayev, Zhanna K. Nadirova, Gani M. Iztleuov, Dina M. Zhantasova. Obtaining High-Paraffin-Content Oil Depressants. Chemical Engineering Technology. 2021, 44, No. 2, 310–317. The percentile is 55.
https://www.scopus.com/record/display.uri?eid=2-s2.0-85098171153&origin=resultslist
2. Nadirova Zh.K., Ivakhnenko O.P.,, Zhantasov M.K., Bimbetova G.Zh., Nadirov K.S. Ultrasound-assisted separation of water from crude oil of Kumkol South oilfield // Bulletin of KazNU. Chemical series. – 2021. – No.2.-p.4-10. https://bulletin.chemistry.kz/index.php/kaznu/article/view/1217/839
3 . NadirovK., Ivakhnenko O., Otarbayev N. Selection of Technological Factors for the Process Saponification of Fatty Acids of Tar // Industrial Technology and Engineering. 2020, 4 (37): 25-32.
4. Ivakhnenko A.P., Nadirov K.S., Zhantasov M.K., Bimbetova G.Zh., Nadirov R.K., Kusynbek S.K. Evaluation and preparation of reagent composition for demulsification of paraffin oil // Bulletin of KBTU, Volume 18, Issue 1,2021.-pp.11-20.
5.Nadirova Zh. K., Otarbayev N.Sh., Bimbetova G.Zh., Nadirov K.S., Zhantasov M.K. New reagents for field oil preparation // Oil and gas, Almaty.-No. 3.-2021. – pp.100-112.
6. Nadirov K.S., Zhetpisbayev D.M., Dzhusenov A.U., Orynbasarov A.K., Ivakhnenko A.P. Experimental apparatus for oil demulsification // Bulletin of Science of Southern Kazakhstan, No. 1 (13), Shymkent, 2021.-pp.38-44.
7. Ivakhnenko A.P., Nadirov K.S., Bimbetova G.Zh. Promising developments of scientists of the M.Auezov State University in the oil and gas industry // "QAZAQTANÝ" Republican Scientific Journal, № 2 (10) 06 / 2021.- Pp.80-85.
Members of the research group:
1. Nadirov Kazim Sadykovich – Doctor of Chemical Sciences, Professor, project manager. Laureate of the State Prize of the Republic of Kazakhstan in the field of science and technology. He has more than 50 scientific papers in the direction of the project, including monographs and patents. Hirsch Index = 4 (Scopus)
(https://www.scopus.com/authid/detail.uri?authorId=6508253634 ).
2. Ivakhnenko Aleksander – Doctor of the Russian Academy of Sciences, Professor. Foreign scientist (Aberdeen Integrated Petroleum Engineering Center, Edinburgh, Scotland, Director of the Research Center for Petroleum Engineering and Petrophysics). He has more than 20 scientific papers in the direction of the project, including monographs and patents. Hirsch Index = 4 (Scopus) (https://www.scopus.com/authid/detail.uri?authorId=6507170560 )
3. Zhantasov Manap Kurmanbekovich, Candidate of Technical Sciences, Associate Professor. He has more than 20 scientific papers in the direction of the project. Hirsch Index = 4(Scopus)
(https://www.scopus.com/authid/detail.uri?authorId=55706900500)
4. Gulmira Zhankabylovna Bimbetova - Candidate of Technical Sciences, Associate Professor. He has more than 30 scientific papers in the direction of the project. Hirsch Index = 3(Scopus)
(https://www.scopus.com/authid/detail.uri?authorId=55925529900 ).
5. Baybotaeva Saltanat Yelikbayevna - PhD. Defended her PhD thesis on the topic "Substantiation of the process of improving the efficiency of preparation of well products in oil production". He has more than 30 scientific papers in the direction of the project. Indexhirsh =1 (Scopus)
(https://www.scopus.com/authid/detail.uri?origin=AuthorProfile&authorId=57195483696&zone =).
6. Otarbayev Nurlybek Shyrynbekuly - PhD. Defended his PhD thesis on the topic "Development of technology for the production of oil demulsification reagents based on by-products of cotton tar processing". He has more than 15 scientific papers devoted to the production of reagents for oil dewatering
(https://www.scopus.com/authid/detail.uri?origin=AuthorProfile&authorId=57211495217&zone=).

Supervisor: Doctor of Technical Sciences, Professor Sataev M.S. 

The goal of the project is to create a technology for the deposition of metal coatings on dielectric materials using cheap and affordable reagents and having lower energy costs due to the use of solar energy, to develop photochemical technologies for the activation of dielectric materials, to eliminate or reduce the amount of deficient chemical reagents. This technology should be convenient for small businesses and private entrepreneurs.

Scientific novelty: The mechanism of activating the surface of a dielectric by carrying out photochemical reactions is a scientific novelty. This method makes it possible to obtain active particles of not only copper, but also silver and gold. Moreover, due to the fact that these elements have a more positive potential and the reactions proceed in lighter conditions.

Practical significance: The impact of photons of light on the surface of these crystals leads to a photochemical reaction with the formation of metal atoms. Moreover, this process will also begin with border crystals of monovalent chlorides, which have large distortions of the crystal lattice. Such a scheme of the initial filling of pores with metal explains well the adhesion of films obtained by the photochemical method. The proposed technology has a number of positive aspects in comparison with the existing methods.

Actuality: the use of electromagnetic waves of solar energy will ensure the activation of chemical agents in full or in part. At the same time, individual structural forming dielectric materials (concentric stars, non-volatile compounds, etc.) are involved in the activation.

Expected results: receiving dielectric materials, special functional properties for the use of different parts of equipment and processing.
Achieved results: developed recipes for the process of activation of various dielectric materials.

Executioners:
Sataev Malik Syvambayevich-head of NIR, GNS
https://www.scopus.com/authid/detail.uri?authorId=57202903648
Koshkarbayeva Shayzada Tortaevna-VNS
https://www.scopus.com/authid/detail.uri?authorId=56053848300
https://orcid.org/0000-0001-8753-3245
Amanbayeva Kalamkas Balgabayevna-NS
https://www.scopus.com/authid/detail.uri?authorId=6504070608
Urazkeldieva Dilbar Abdihamidovna-Spetsvuk
https://orcid.org/0000-0001-7825-6995?lang=en
Publications:
1. Perizat Abdurazova, Malik Sataev, Gulmira Kenzhibayeva, Shayzada Koshkarbayeva, Kalamkas Amanbayeva, YerkebulanRaiymbekov. Photochemical production of gold films on the surface of fabric materials. Polish Journal of Chemical Technology, Vol. 22, No. 4, 2020. https://doi.org/10.2478/pjct-2020-0035
2. Malik Sataev, Shayzada Koshkarbaeva, Perizat Abdurazova, Almagul Kadirbaeva, Kalamkas Amanbaeva, Ramshat Abzhalov,Yerkebulan Raiymbekov. Chemical Copper Plating of Cotton Fabrics by Photochemical Activation of the Surface. Rev. Chim., 71 (8), 2020, 90-97 https://doi.org/10.37358/Rev.Chim.1949
3. M. S. Satayev, R. S. Abzhalov, P. A. Abdurazova, Sh.T. Koshkarbayeva, K. B. Amanbayeva. Production of antibacterial copper-containing nanoparticles on dielectric surfaces. Vestnik Kaznitu No. 5 (141), Almaty, 2020gp 803-809. (October 2020).
https://www.kaznu.kz/content/files/pages/folder21075/vestnik%20%205%202020.pdf%20s%20dop%20(3).pdf
4. M. Satayev, Sh. Koshkarbayeva, P. Abdurazova, K. Amanbayeva, E. Raiymbekov use of concentrated mineral cellulose to activate the efficiency of chemical treatment. Doclady NAN RK, No. 6, 2021. (in pechati)
5. Sh.T. Koshkarbayeva, M.S. Satayev, P. Prokopovich, G. T. Assilbekova, D. Urazkeldieva. Application of photochemical methods for obtaining combined media coverage. International Conference of Industrial Technologies and Engineering. Business-2020-Shymkent Vol. 2. pp 73-76.
6. patent for full-fledged model No. 64427 from 24.09.2021.a proposal for the introduction of a medical plan to improve the quality of cellulose products and products from it. Authors: Koshkarbayeva Shaizada Tortaevna, Abdurazova Perizat Adilbekovna, Amanbayeva Kalamkas Balgabayevna, Sataev Malik Syvambayevich.
7. M.S. Sataev, Sh. Koshkarbaeva, K.B. Amanbaeva, P.A. Abdurazova, G.T. Assilbekova, Y.B. Raiymbekov and D. Urazkeldieva. Rhotochemical reduction of copper and silver ions on cellulose-containing Rasayan Journal of Chemistry. Vol.15 No.1, 2022. (Article in Press)
8. M. Satayev, Sh. Koshkarbayeva, P. Abdurazova, E. Raimbekov, Sh. Sultan. Obtaining a modified metal coating on the surface of dielectric materials. Vestnik Kaznitu No. 2, Almaty, 2021 pp. 120-126.
https://doi.org/10.51301/vest.su.2021.i5.11

Supervisor: Nazarbek Ulzhalgas Bakytovna, PhD 

The idea of the project is to develop a new innovative technology for obtaining organomineral fertilizer of the quality of double superphosphate of prolonged action from technogenic waste for use in closed soil. Technogenic waste of phosphorous production and waste of coal mining, which are planned to be involved in research, according to the research of Kazakhstan and foreign scientists, are valuable raw materials with sufficient mineral component for obtaining organic fertilizers. At the same time, coal mining waste is a source of humic acid.

The goal of the project is to develop an innovative technology for obtaining organomineral fertilizer of the quality of double superphosphate of prolonged action from technogenic waste for use in closed soil.

Scientific and technical level (novelty): Development of innovative technology for obtaining organomineral fertilizer of double superphosphate quality of prolonged action from technogenic waste for closed soil.

The use of scientific and technical products is carried out: The results of the work can be distributed to the following potential users: KazAzot LLP, Kazphosphate LLP, EuroChem-Karatau LLP, etc. The results of the research will be published in leading rating journals with a high citation index, as well as publication in rating publications in Russia, Kazakhstan and abroad. The developed methods will be protected by the state registration of copyright in the Committee on intellectual property rights of the Ministry of justice of the Republic of Kazakhstan.

- the analytical review of the modern production, demand and market of organomineral developments of the prolonged activity under the cooperation of INNOKER LLP and prepared analytical reports. There is a program for conducting project research. Necessary materials and materials were purchased, and additional services were concluded for targeted research;

-a critical review of modern conditions of practical decisions and achievements in the development of technology to obtain organomineral recovery of the quality of double superphosphate on the basis of technogenic deposits for the post-ferrous soil has been issued. Methods and technological solutions for obtaining organomineral regeneration of prolonged activity of double superphosphate on the basis of technogenic deposits for the application of cement. As a result, 2 articles were published in the Labor conference, indexed in the Scopus database(article in Press);

- a comprehensive study of the physical and chemical properties of phosphoric sludge, cottage cheese and other harmful substances made it possible to determine and explain that these images have an amorphous structure. In this regard, their transition can be carried out with significant energy and material resources. At the same time, there is a single specific product for the formation of phosphorous sludge, which is used for the supply of phosphorous sludge, as well as for the production of humic acid, which is used by the road technical key, as well as the origin of gum - gum events and trace elements. In phosphorous sludge, there is a significant reduction in concentration of P2O5, Na2O, CaO, Al2O3,F and significant increase in the concentration of K2O, SiO2, MgO, C and related metals. In conclusion, it is noted that the price of phosphorous sludge on P2O5 is lower than that of phosphorous sludge, and the K2O phosphorous sludge is higher than the last one. In addition, the practice of three-dimensional increase of oxide silicon, two-dimensional increase of oxide magnetism and the transfer of free metals to phosphorous sludge creates the need to study these specific features during the development of technology obtaining a quality product based on the availability of phosphorous sludge results of experiments was provided by public research methods, as well as promising physical and chemical and instrumental methods of analysis. The results of research were published in 2 articles in journals, indexed in the databases of web of Science and Scopus.

1. Nazarbek U., Besterekov U., Nazarbekova S.P., Abdurazova P.A., Raiymbekov Y.B. Comprehensive Study of the Physical and Chemical Properties of Phosphorus Sludge and Cottrell Dust // Periodica Polytechnica – Chemical Engineering. – 2021. – Vol.65(4). – P.Pp. 454-461. https://doi.org/10.3311/PPch.18102 (indexed in the databases of web of Science and Scopus);

2. Nazarbek U., Abdurazova P.A., Nazarbekova S.P., Kambatyrov M.B., Raiymbekov Y.B. Coal mining waste is a valuable raw material // Rasayan Journal of Chemistry. – 2021. – Vol. 14(4). - P.2171-2176. http://doi.org/10.31788/RJC.2021.1446416 (indexed in the base of these Scopus).

3. Nazarbek U., Abdurazova P., Nazarbekova S., Raiymbekov Y. Thermodynamic regularities of acid decomposition of phosphoric sludge // Proceeding of International Scientific-Technical Conference, AIP Conf.Proceed. – 16, 17 September, Tashkent, Uzbekistan. – Article in Press. (indexed in the base of these Scopus).

4. Nazarbek U., Abdurazova P., Raiymbekov Y. Study of solubility in CaO-P2O5-SO3-H2O and CaO-P2O5-H2O systems on the example of sulfuric acid and phosphoric acid decomposition of phosphoric sludge // Proceeding of International Scientific-Technical Conference, AIP Conf.Proceed. – 10, 11 November, Shymkent, Kazakhstan. – Article in Press. (indexed in the base of these Scopus).

Issledovatelskaya group:

Nazarbek Ulzhalgas Bakhytkyzy, PhD, Associate Professor-Head, VNS Scopus ID 56708826800

ORCID 0000-0003-4557-529X, Index Hirsch H=4

Abdurazova Perizat Adilbekovna, PhD, associate professor, VNS Researcher ID AAZ-6864-2021, Scopus ID 57194392306, ORCID 0000-0002-5244-7678, Index Hirsha h=3

Galiya Kambarova, candidate of technical sciences, NS, Scopus ID 57192698666

Index Hirsch h=2

Raimbekov Erkebulan Batyrbekovich, MNC, Researcher ID V-3270-2018, Scopus ID 57216865052, ORCID 0000-0002-2119-2406, Index Hirsha h=2

Kambatyrov Maksat Batyrovich, MNS Scopus ID 57218908436, Index Hirsha h=1

Kydyralieva Aziza Dosymbekovna, PhD, Spetsvuk, Scopus ID 57214603426

Index Hirsch h=1

 

Supervisor: Doctor PhD Tleuova A.B.

The aim of the project is to study the biochemical characteristics and antiproliferative cytotoxic effects of L-asparaginase, an antileukemic enzyme isolated from the new bacteria Myroides gitamensis, with the aim of developing less toxic antileukemic drugs.

 

Scientific novelty: The fundamental difference between the project idea and its analogues is that for the first time the bacteria Myroides gitamensis will study the activity of the L-asp enzyme, in particular against cancer cells; L-asp derived from the bacteria Myroides gitamensis; for the first time will be characterized by biochemical properties and cytotoxic activity, which will allow the use of this enzyme for the treatment of leukemia. Thus, this study will improve therapies for blood cancer and evaluate the toxic effect of purified L-asp on new new bacteria.

Practical significance: He creation of domestic production of an improved anticancer drug based on the L-asp enzyme with high biochemical stability and low cytotoxicity will lead to:
1) the development of domestic pharmaceutical science and industrial biotechnology;
2) replace the import of anticancer drugs to Kazakhstan;
3) will increase the prestige of scientific activity in Kazakhstan and the country's reputation in the field of science and pharmaceuticals abroad.

Project Manager, PhD doctor Tleuova A.B.
https://www.scopus.com/authid/detail.uri?authorId=55522744300
Project executor, PhD Doctor Sharipova A.A.
https://www.scopus.com/authid/detail.uri?authorId=36474115600
Project executor, PhD, associate professor Mutalieva B.Zh.
https://www.scopus.com/authid/detail.uri?authorId=54682115500
Foreign consultant, PhD Dr. Prasad Talluri
https://www.scopus.com/authid/detail.uri?authorId=54881928300

The article of the project manager AP08855792 "Green's function and spectral characteristics of boundary value problems for second-order differential equations with involution" by Professor Abdijahan Sarsenbi and senior researcher of the project Abdijalam Sarsenbi "On Eigenfunctions of the Boundary Value Problems for Second Order Differential Equations with Involution" was published in the journal with the quartile CiteScore - Q1 (General Mathematics) /JCR - Q2 (Multidisciplinary Sciences) "Symmetry" (Volume 13, Issue 10 (October 2021)).

The project is being implemented under the budget program 217 "Development of Science", subprogram 102 "Grant financing of scientific research".

The article presents the results of the conducted research. Boundary value problems for a second-order differential equation with an involution with a variable potential are investigated. The definition of the Green function of boundary value problems with involution is given. For the first time in this article, the values of jumps of the first derivative of the Green's function are indicated. The established properties of the Green function are used to prove the equivalence theorem. In this case, the Cauchy integral method, which is well known in the case of ordinary differential equations, is modified for the case of differential equations with involution. The results on the basis of the eigenfunctions of boundary value problems for a second-order differential equation with an involution with variable coefficients are derived from the proved equivalence theorem. Thus, in this paper, the question of the basis of eigenfunctions is solved, which occupies a central place in the spectral theory of differential operators with involution. The work makes a significant contribution to the spectral theory of differential operators with involution.

We are proud of our dedicated scientists who make a significant contribution to the development of Russian science!

Congratulations to the authors of the article, Professors Abdizhakhan Sarsenbi and Abdisalam Sarsenbi and wish fruitful work, great discoveries, interesting and worthy achievements!

Link to the magazine page: https://www.mdpi.com/2073-8994/13/10

Link to the article: https://doi.org/10.3390/sym13101972

Supervisor: Candidate of Historical Sciences A.K. Avizova

 

The aim of the project is to study the peculiarities of the development of the cultures of the Otrar oasis of the Kangyui era, its role and place in the process of interaction and mutual influence of the sedentary agricultural and steppe civilizations.

 

The scientific novelty of the proposed research is determined by the specifics of the sites on which excavations are planned. The settlements of Pshakshitobe and Besinshitobe are unique monuments of history, culture and architecture, where the remains of monumental structures that have no analogues in scale have been revealed.

 

The practical significance is determined by the increase in the competitiveness of Kazakhstani science, the possibility of using the research results for the development of programs of higher educational institutions, secondary schools.

Supervisor: Doctor of Technical Sciences Sataev M.I. 

The aim of the project is the development and implementation of new devices for the production of activated carbons, as well as the regime of chemical and thermal activation and technology for the production of activated carbons in order to obtain an adsorbent with specified properties and a porous structure, with a high adsorption capacity for industrial deep water purification and characteristics that meet the requirements industry for adsorbents.

The novelty and significance of the technology for producing an adsorbent with the desired properties, developed porous structure and high adsorption capacity for the extraction and concentration of valuable components, water purification is determined, first of all, by the creation and development of designs of high-performance, small-sized and reliable devices for mechanical activation for obtaining powders with high activity and narrow particle size distribution. The result of the project will be the production of an adsorbent from fruit seed shells with desired properties, porous structure and high adsorption capacity for the extraction and concentration of substances.

Supervisor: Doctor PhD Sarsenbekuly D.

 

The aim of the project is to develop a progressive, highly efficient method of impact grinding of bulk polydisperse materials in the field of centrifugal forces and to create grinding installations on its basis that allow increasing the degree of grinding and regulating the uniformity of the granulometric composition of the resulting product while reducing energy consumption for the grinding process in comparison with typical designs of existing mills.

 

Scientific novelty: When carrying out the planned research, it can be expected that the new generation designs being developed will reduce the specific power consumption for grinding by at least 30%.

 

The practical significance of the project lies in the creation of principles for the aggregation of grinding and classifying machines and the development on their basis of grinding units with small specific dimensions and metal consumption.

Supervisor:  Сandidate of Technical Sciences, associate professor Kolesnikov A.S.

Objective of the project: Carrying out research on the development of an effective innovative integrated technology for processing tailings from the enrichment of the Balkhash concentration plant and limestone by the method of high-temperature synthesis with the production of Portland cement clinker and associated extraction of zinc fumes, with the issuance of recommendations for industrial enterprises of the chemical and metallurgical industries.

Scientific novelty: Research and scientific work aimed at reducing energy costs and unit costs of raw materials, involving technogenic raw materials in the production cycle with the associated extraction of zinc fumes and reducing the harmful impact on the environment due to waste disposal during high-temperature synthesis of cement clinker are new and relevant.

The practical significance of this project is undoubtedly high, since the large-tonnage tailings from beneficiation will be utilized to obtain marketable products in the form of cement clinker and zinc fumes. The results obtained will be applicable at cement, metallurgical and paint and varnish plants both in Kazakhstan and in other countries, in particular, in a number of CIS countries, Argentina, Poland and Canada.

Supervisor: Doctor of Technical Sciences, Associate Professor, Academician of NAGN Sarsenbayev B.K.

 

Objective of the project: Development of the composition and technology for obtaining a polyfunctional nanomodifying additive of accelerating - hardening action for cement concretes.

 

Scientific novelty: When erecting monolithic structures, the acceleration of concrete hardening will increase the speed of construction work, formwork turnover and will allow concrete work to be carried out in the cold season.

 

Practical significance: The development of a polyfunctional nanomodifying additive of accelerating action will allow not only to intensify the processes of hardening of the concrete mixture, but also to significantly increase the strength of concrete. Because nanomodifiers possess high adsorption and chemical activity, they will form physical and chemical bonds with calcium hydrosilicates, causing the effect of strengthening and compaction of the interphase boundaries of the cement stone.

Supervisor: Doctor of Technical Sciences Sarsenbaev B.K.

 

The goal of the project is to carry out fundamental and applied research to optimize the composition and technology of PCM processing, study their main physical, mechanical, thermophysical and tribotechnical properties, obtain parts from PCM with a commercially attractive cost price, resistance to high loads: temperatures and sliding speeds in aggressive , abrasive and erosive environments, which will provide a high level of reliability and durability during the operation of parts made of them.

 

Scientific novelty: The fundamental difference between the project ideas and existing analogues is a comprehensive approach to the creation and production of PCM, which includes the operations of choosing the composition and methods for obtaining PCM, working out the methods of processing them into products, and studying the structure and properties of the materials obtained.

 

Practical significance: The project is significant both nationally and internationally. In industrially developed countries, the volume of production capacity is constantly increasing, while not only the amount of equipment is increasing, but also the intensity of its work, which significantly toughens the requirements for the materials from which machines and mechanisms are made. The PCMs developed in the course of the project in terms of cost and level of properties will be similar or superior to imported counterparts.

Supervisor: Candidate of Technical Sciences, associate professor R.A. Ristavletov

The goal of the project is to develop a scientific and practical basis for energy conservation in residential and public buildings by reducing heat losses in enclosing structures by using effective insulation materials with heat-reflecting coatings.

The scientific novelty of the project lies in the creation of an energy-saving structural fencing system for residential and public buildings using energy-efficient heaters with a heat-reflecting coating, which makes it possible to reduce the radiation component of heat loss in a multilayer enclosing structure.

The practical significance lies in the creation of scientific and practical foundations for the design and mass application of energy-saving enclosing structures of residential and public buildings using effective insulation materials with heat-reflecting coatings, which ensure a significant reduction in heat loss during operation and a corresponding saving of thermal energy during operation of the building.

We are ready to share the good news with you again! PhD doctor Mominova Saule Makhmudovna became the owner of the grant "Zhas Galym" according to the results of the competition for grant funding of scientific research of young scientists. The topic of the project by S.M. Mominova AP19175553 is "Development of energy-saving technology for obtaining autoclave-hardened cellular concretes using fly ash from thermal power plants and natural wollastonite".The project will be implemented in 2023-2025 according to the priority "Geology, extraction and processing of mineral and hydrocarbon raw materials, new materials, technologies, safe products and structures". The aim of the project is to improve the technology of production of autoclave-hardened cellular concrete and improve its properties by using industrial waste and fly ash from thermal power plants in combination with a dispersion-reinforcing microfiber of natural wollastonite. The project is of an applied nature and is based on experimental and theoretical studies of the production of autoclave-hardened cellular concrete using industrial waste and fly ash from thermal power plants in combination with a dispersion-reinforcing microfiber of natural wollastonite. As a result of the project implementation, the production technology, the optimal composition of cellular concrete on the fly ash of thermal power plants in combination with a dispersion-reinforcing microfibre of natural wollastonite with high physical and mechanical properties will be proposed. Congratulations to the owner of the grant "Zhas galym" Mominova Saule Makhmudovna!

Department of Scientific Projects and Programs

Supervisor: Candidate of Technical Sciences, Associate Professor R.T. Kaldybaev

Objective of the project. Research and development of an environmentally friendly technology for producing cotton cellulose for various purposes based on local raw materials.

 

Scientific novelty is the conduct of scientific research to improve the existing technology and improve the quality characteristics of the resulting cellulose and paper based on it, the development of new stabilizers of hydrogen peroxide and the study of their influence on the technological modes of obtaining and the quality of cellulose products.

 

Practical significance. The development and implementation of a cellulose bleaching technology using an environmentally friendly reagent hydrogen peroxide makes it possible to improve the ecology of production and the environment. Also, the development and implementation of new stabilizers of hydrogen peroxide, which are capable of forming, on the one hand, complex compounds with admixtures of metals of variable valence, which are always present in cellulose-containing materials, and removing them from the material, and on the other hand, to help stabilize hydrogen peroxide and slow down its decomposition.

Mastering the production of hydrogen peroxide stabilizers will make it possible to abandon the import of such products abroad and save hard currency on their purchase, as well as create new jobs in the region.

Supervisor: Candidate of  Chemical Sciences, Associate Professor Dzhanpaizova V.M.

The goal of the project is to develop technology and introduce into production competitive and economically viable products - textile materials with medicinal properties, which contribute to the expansion of the range and import substitution of dressings, reducing the adverse effect on public health.

Scientific novelty: On the basis of research and development, for the first time, the processing of textile dressings (gauze, bandages, napkins, etc.) with a preparation of silver nano-citrate obtained by the method of nanotechnology will be carried out, providing stable bactericidal and wound healing properties; environmentally friendly products with antiseptic properties, dressings based on silver nano citrate will be developed and tested in pilot industrial conditions; the optimal content of atomic silver in dressings will be established, which is necessary to ensure a sufficient level of antiseptic effect; the levels of biocidal, bactericidal, bacteriostatic, hygienic and mechanical properties of modified dressings will be established, ensuring optimal consumer properties; a solution of silver nano-citrate in the form of nanoparticles will be used, which will allow several times to reduce the concentration of silver while maintaining all bactericidal properties.

 

Practical significance: The significance of the project on a national and international scale lies in the fact that new and progressive dressings will qualitatively improve the structure of production and increase the level of consumption. Products that meet international standards will ensure the full implementation of the National Environmental Health Action Plans, improve the quality of medical services, and enter international markets.

Practical significance: Improving the professionalism, continuous education of teachers is the most important task for the state and society, therefore, the project is of great importance on a national and international scale. The project contributes to the solution of the tasks set in the Strategy "Kazakhstan-2050" and the article "Bolashaka baғdar: Rukhani zhagyru": modernization of public consciousness by strengthening the spiritual component of education, upbringing of basic values; professional development of teachers, etc.

 

Supervisor: Doctor of Pedagogical Sciences, Professor Kozybaev E.Sh.

 

Objective of the project: Scientific substantiation and practical development of the transition of the lifelong pedagogical education system to the cluster development model.

 

Scientific novelty: For the first time, the conditions for the transition of the system of lifelong pedagogical education to a cluster model of development will be identified, scientifically substantiated and tested in experimental work.

 

Practical significance: Improving the professionalism, continuous education of teachers is the most important task for the state and society, therefore, the project is of great importance on a national and international scale. The project contributes to the solution of the tasks set in the Strategy "Kazakhstan-2050" and the article "Bolashaka baғdar: Rukhani zhagyru": modernization of public consciousness by strengthening the spiritual component of education, upbringing of basic values; professional development of teachers, etc.

Supervisor: Сandidate of Technical Sciences Abduova A.A.

 

The aim of the project is to study and identify habitats of rare and endangered plant species in order to develop recommendations for the conservation of plant populations and for environmental monitoring within the Syrdarya-Turkestan Regional Natural Park. Research and assessment of ornamental and rare plants will make it possible to develop a cadastre system for populations of ornamental and rare plants and to clarify their species composition in the project area, to assess the threat of their extinction.

 

Scientific novelty: research and assessment of ornamental and rare plants in order to ensure the coordinated and effective use of all possible methods and means of preserving their biodiversity.

 

Practical significance: Considering the global nature of the problem of biological diversity, it is very important to protect not only individual species, but also the protection of a number of unique plant communities, their diversity and stability - the most important condition for an optimal environment in biological productivity. An insignificant part of the communities to one degree or another is preserved in nature reserves or sanctuaries of the region, but there is no general list of reference lists of endangered and rare plant communities, the protection of which is extremely important for the future.

Supervisor: Candidate of Technical Sciences, Associate Professor Mutalieva B.Zh. 

The goal of the project is to create a scientific and practical basis for the technology of microencapsulation of biologically active substances and fundamentally new stimulants of plant development in order to intensify the production of agricultural products.

The scientific novelty of the work lies in the development of scientific and practical foundations for obtaining microencapsulated biologically active substances, as a result of which urgent problems will be solved, one of which is the creation of polymer capsules with optimal properties for use in various industries, in particular, in agriculture. 

Practical significance: The data obtained can be used in the production of new forms of biologically active substances, medicinal and enzyme preparations with improved consumer properties.

Supervisor: Doctor of Pedagogical Sciences, Professor Saipov A.

 

Objective of the project: Formation of a holistic vision of national history, a new approach to the study of history and culture at an interdisciplinary level. Using a variety of methods of natural science disciplines in the study of archaeological sites and artifacts; identification of ways, forms and ways of self-identification of the Kazakh people; interdisciplinary cooperation of researchers of various scientific specializations; training of specialists working at an interdisciplinary level (anthropologists, historians, specialists in the study of civilizational and cultural aspects of history); participation in the formation of the Standing Online Platform; preparation of scientific papers in the main directions of the Program.

 

Scientific novelty: The scientific significance of the Program is determined by the rethinking of the key methodological concepts of historical science, the formation of an objective approach to the national history of the Great Steppe as an organic and integral part of the general world-historical process, the elimination of historical gaps and the restoration of historical dignity, the development of new historical thinking in the study of the history of Kazakh statehood and its cultural -historical continuity.

 

Practical significance is also determined by improving the image and competitiveness of Kazakhstani science, the possibility of using the research results to develop programs for higher educational institutions, general education schools, as well as developing long-term recommendations for the implementation of state policy in the educational, scientific and cultural spheres, fulfilling the practical requests of the relevant ministries and departments.

Supervisor:  Shingisov Azret Utebayevich, Doctor of Technical Sciences, Professor, corresponding member of Academy of Agricultural Sciences.

The aim of the project: Development of technology for processing domestic varieties of fruit, berry crops and grapes for the production of biologically active substances and fruit and berry powders for the food industry.

The scientific novelty lies in the determination of the content of polyphenol (antioxidants) in new varieties of fruit, berry crops and grapes and the development of technologies for the extraction of polyphenol. In the proposed technology, the extraction of plant raw materials is carried out at a temperature no higher than 40 ° C, which does not violate the vitamin composition and structural structure of the polyphenol components.

Expected results: A technology for the production of biologically active substances from various varieties of stone and berry crops, as well as their dry powders for the food industry, will be created.

Practical significance: The results of the project's research can be in demand by food industry enterprises, organizations producing natural food, and also recommended to organizations engaged in the production of therapeutic and preventive food. 

Supervisor: mechanical engineer, Candidate of Technical Sciences Kalymbetov B.E.

 

The goal of the project is to intensify the production of vegetables through the implementation of agrotechnical measures for obtaining a 3-time harvest during the year through the development and creation of a set of machines for moisture - resource-saving technology in the South Kazakhstan region on the basis of new, scientifically grounded technological and technical solutions.

 

Scientific novelty: modernized progressive technology and means of technical support for small farms of vegetable growing, allowing for the production of three-time production of vegetable crops per year, in the open field, characterized by the use of adaptive tillage machines and tools and a transplanter for planting seedlings of vegetable crops on the ridges of combined row spacing , as well as other technical means of a new generation;

- creation of new (adaptive) technical means for the mechanization of small vegetable growing farms of plant growing, on the basis of their harmonization with agricultural technologies, world trends in the development of vegetable growing technology;

- a systematic approach to the implementation of new agricultural technologies by equipping it with technological machines and units according to the criteria of labor costs, energy costs and power-to-labor ratio during operations;

- technical solutions for technological and layout diagrams, designs of soil-cultivating machines and tools, transplanting unit of their working bodies will be protected by copyright 

certificates and patents.

Practical significance: The implementation of the program will allow starting the production of competitive new mechanized technology for the production of vegetables in Kazakhstan. The project will give a start to the development of an improved design of a complex of machines.