Laboratory for New Materials and Nanotechnologies for Alternative Energy

The Laboratory of New Materials and Nanotechnologies for Alternative Energy at Khoja Akhmet Yassawi International Kazakh-Turkish University was established in 2024 in the city of Turkistan. The laboratory conducts research and educational activities in the fields of technical and engineering sciences. Its main objective is to develop new materials for use in alternative energy, investigate their properties, and contribute to the advancement of modern technologies through the analysis of their phase structures.

The laboratory's research activities cover materials science, nanotechnology, protective coatings, and the development of advanced materials for energy systems. Currently, the laboratory is implementing projects aimed at translating scientific research results into practical applications and improving the operational performance of materials. These projects include:

The Metallographic and X-Ray Diffraction Analysis Laboratory at Khoja Akhmet Yassawi International Kazakh-Turkish University was established in 2024 in the city of Turkistan. The laboratory conducts scientific research and educational activities in the field of natural sciences. Its primary objective is to investigate the structural and physical properties of various materials, determine their phase composition, and evaluate their characteristics using modern analytical methods.

The laboratory's main areas of activity include X-ray diffraction (XRD) analysis of the phase composition of materials, thermogravimetric analysis (TGA), differential thermal analysis (DTA), differential scanning calorimetry (DSC), and microhardness testing. These research methods make it possible to evaluate the structural characteristics of materials, temperature-induced changes, and mechanical properties. The laboratory's work contributes to improving the quality of scientific research in materials science and addressing research challenges related to the development of new materials and the enhancement of their properties.

The laboratory is currently participating in several scientific research projects, including:

AP22787358: Development of Efficient Technologies for Producing Protective Nanostructured Coatings for Saw Discs Used in Cotton Ginning Machines.

BR24992925: Development and Implementation of Competitive, Science-Based Technologies to Ensure the Sustainable Development of the Mining and Metallurgical Industry in the East Kazakhstan Region.

AP26103943: Development and Investigation of a Quasicrystalline Coating to Improve the High-Temperature and Wear Resistance of Gas Turbine Engine Blades.

AP26194265: Development and Investigation of Palladium-Based Nanostructured Metal Hydrides for Advanced Hydrogen Storage and Transportation Systems.

One of the completed projects associated with the laboratory's research activities is AP19579179, entitled “Development of a Composite Metal-Ceramic Coating to Protect Zirconium Alloy Used in the Nuclear Industry Against Hydrogenation and High Temperatures.” Research in this field highlights the importance of investigating the structure and properties of materials, as well as their resistance to external factors.

As a result of the laboratory's activities, five patents have been obtained to date. The Technology Readiness Level (TRL) is indicated within the TRL 4–6 range. These levels may involve the validation of technological solutions under laboratory conditions, the development of experimental prototypes, and the evaluation of their functional capabilities.

A junior research associate participates in the laboratory's activities. The person responsible for the laboratory is Dilnoza Baltabayeva.

Contact Information:

Email: dilnoza.baltabayeva@ayu.edu.kz

The laboratory's activities focus on the comprehensive investigation of the structural, thermal, and mechanical properties of materials, the implementation of scientific research projects, and the development of the university's research capacity.

The Laboratory of Physicomechanical and Corrosion Testing, established in 2024 in Turkistan at Khoja Akhmet Yassawi International Kazakh-Turkish University, conducts research and educational activities in the field of natural sciences. The main objective of the laboratory is to investigate the physicomechanical properties of various materials, evaluate their resistance to mechanical loads, and experimentally determine their resistance to corrosive environments.

The laboratory's main areas of activity include tensile and bending tests of materials, evaluation of the adhesion strength of protective coatings, determination of corrosion resistance, and analysis of experimental research results. These tests make it possible to assess the mechanical strength of materials, their stability under operating conditions, and their resistance to environmental influences. The research results play an important role in addressing scientific challenges aimed at improving the properties of new materials and protective coatings, as well as enhancing their quality and reliability.

Currently, the laboratory participates in several research projects, including:

AP22787358 — “Development of Efficient Technologies for Producing Protective Nanostructured Coatings for Saw Discs Used in Cotton Ginning Machines”;

BR24992925 — “Development and Implementation of Competitive, Science-Based Technologies to Ensure the Sustainable Development of the Mining and Metallurgical Industry in the East Kazakhstan Region”;

AP26103943 — “Development and Investigation of a Quasicrystalline Coating to Improve the High-Temperature and Wear Resistance of Gas Turbine Engine Blades”;

AP26194265 — “Development and Investigation of Palladium-Based Nanostructured Metal Hydrides for Advanced Hydrogen Storage and Transportation Systems”.

One of the completed projects associated with the laboratory's research activities is AP19579179, entitled “Development of a Composite Metal-Ceramic Coating to Protect Zirconium Alloy Used in the Nuclear Industry Against Hydrogenation and High-Temperature Exposure”. This project focused on research aimed at developing coatings to protect materials from high temperatures and other external factors.

As a result of the laboratory's activities, 5 patents have been obtained to date. The Technology Readiness Level (TRL) is reported to range from 4 to 6. These levels may involve laboratory validation of technological solutions, the development of experimental prototypes, and the evaluation of their functionality.

A research staff member participates in the laboratory's activities. The person responsible for the laboratory is Nurken Mussakhan.

Contact information:

Phone: +7 778 613 3168

Email: nurken.mussakhan@ayu.edu.kz

The Sample Preparation Laboratory, established in 2024 in Turkistan at Khoja Akhmet Yassawi International Kazakh-Turkish University, operates in the field of natural sciences with a focus on industrial innovation. The main objective of the laboratory is to prepare material samples required for scientific and experimental research, facilitate the investigation of their structural characteristics, and carry out activities aimed at determining material properties.

The laboratory's main activities include preparing material samples prior to experimental research, cutting, heat treatment, and metallographic optical analysis. These processes enable the investigation of material structures, the assessment of changes in material properties resulting from processing, and the reliable performance of subsequent physicomechanical, metallographic, and other laboratory tests. Proper sample preparation is one of the most important stages in ensuring the accuracy and reliability of research results.

Currently, the laboratory participates in several research projects, including:

AP22787358 — “Development of Efficient Technologies for Producing Protective Nanostructured Coatings for Saw Discs Used in Cotton Ginning Machines”;

BR24992925 — “Development and Implementation of Competitive, Science-Based Technologies to Ensure the Sustainable Development of the Mining and Metallurgical Industry in the East Kazakhstan Region”;

AP26103943 — “Development and Investigation of a Quasicrystalline Coating to Improve the High-Temperature and Wear Resistance of Gas Turbine Engine Blades”;

AP26194265 — “Development and Investigation of Palladium-Based Nanostructured Metal Hydrides for Advanced Hydrogen Storage and Transportation Systems”.

One of the completed projects associated with the laboratory's research activities is AP19579179, entitled “Development of a Composite Metal-Ceramic Coating to Protect Zirconium Alloy Used in the Nuclear Industry Against Hydrogenation and High-Temperature Exposure”. Within these research areas, the preparation of samples required for investigating the structure and properties of materials is of particular importance.

As a result of the laboratory's activities, 5 patents have been obtained to date. The Technology Readiness Level (TRL) is reported to range from 1 to 3. These levels involve the formulation of scientific concepts, the study of fundamental principles, and the assessment of the initial potential of technological solutions.

A junior research associate participates in the laboratory's activities. The person responsible for the laboratory is Nursultan Ertayev.

Contact information:

Phone: +7 776 318 7990

Email: nursultan.ertayev@ayu.edu.kz

The Experimental Research Laboratory, established in 2024 in Turkistan at Khoja Akhmet Yassawi International Kazakh-Turkish University, operates in the field of natural sciences with a focus on industrial innovation. The main objective of the laboratory is to conduct experimental research within scientific projects, investigate the development processes of new materials and protective coatings, and provide opportunities for the experimental validation of scientific results.

The laboratory's main activities include applying protective coatings to material surfaces, welding, and performing other experimental research procedures. These activities aim to improve material properties, investigate their operational characteristics, and evaluate the effectiveness of various technological solutions. The experiments conducted in the laboratory enable the practical validation of theoretical research findings and contribute to the improvement of new technology development processes.

Currently, the laboratory participates in several research projects, including:

AP22787358 — “Development of Efficient Technologies for Producing Protective Nanostructured Coatings for Saw Discs Used in Cotton Ginning Machines”;

BR24992925 — “Development and Implementation of Competitive, Science-Based Technologies to Ensure the Sustainable Development of the Mining and Metallurgical Industry in the East Kazakhstan Region”;

AP26103943 — “Development and Investigation of a Quasicrystalline Coating to Improve the High-Temperature and Wear Resistance of Gas Turbine Engine Blades”;

AP26194265 — “Development and Investigation of Palladium-Based Nanostructured Metal Hydrides for Advanced Hydrogen Storage and Transportation Systems”.

One of the completed projects associated with the laboratory's research activities is AP19579179, entitled “Development of a Composite Metal-Ceramic Coating to Protect Zirconium Alloy Used in the Nuclear Industry Against Hydrogenation and High-Temperature Exposure”. These research areas highlight the importance of experimental work aimed at improving the protective properties of materials and investigating their potential applications under various operating conditions.

As a result of the laboratory's activities, 5 patents have been obtained to date. The Technology Readiness Level (TRL) is reported to range from 1 to 3. These levels involve the formulation of scientific concepts, the study of fundamental principles, and the assessment of the initial potential of technological solutions.

A junior research associate participates in the laboratory's activities. The person responsible for the laboratory is Berik Kaldar.

Contact information:

Phone: +7 708 979 2631

Email: berik.kaldar@ayu.edu.kz