Aitolkyn Uali

基本信息Basic Information

姓名 Name

Aitolkyn Uali

性别 Gender

Female

出生年月 Data of Birth

11/09/1984

职称 Professional Title

Dr Assoc Prof

学历 Education

Buketov Karaganda State University, 2006

所属学院/部门 Department

Physical and analytical chemistry

研究领域 Research Field

1. Physical chemistry/Analytical chemistry/Electroanalytical chemistry

2. Carbon chemistry

3. Biopolymer chemistry

电子邮箱 E-mail

uali_as@enu.kz

政治面貌 Political Status

The Amanat Party

研究方向 Research Interests

1. Multifunctional carbon-based materials for environmental applications

2. Energy utilisation from waste

3. Electrochemistry of biopolymers

教学情况 Teaching Experience

（一）主讲课程 Main Courses Taught

Physical chemistry

Chemical thermodynamics and equilibrium in solutions

Kinetics and electrochemistry

Analytical chemistry

（二）教学成果 Teaching Achievements

The best lecturer award from the Ministry of Higher Education and Science of the Republic of Kazakhstan (2016)

The participant of the Erasmus+ Mobility program for staff (2026)

学术成果 Academic Achievements

（一）代表性论文 Representative Papers

1. Zh. Kadyrbayeva, A. Uali, G. Özsin. A Green Approach to Efficient Electroanalysis: Fe-Modified Activated Carbon-Based Electrode from Waste Wheat Biomass for Electroanalytical Sensing, Microchemical Journal, 2026. Vol. 220. P. 116701. https://doi.org/10.1016/j.microc.2025.116701

2. A.S. Uali, A.Aslanbek. The isotopic effect of deuteration on the conductive properties of chitosan films, Cellulose, 2025. Vol. 32. P. 6463-6475

3. http://dx.doi.org/10.1007/s10570-025-06641-5

A. Adylkanova, M. Kunarbekova, A. Uali. A hydrophobic PMS-biochar-coated sponge sorbent for pre-purification of heavily oil-polluted waters, Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2025. Vol. 720. 137154. https://doi.org/10.1016/j.colsurfa.2025.137154

4. A.S. Uali, A. Kazymbetova, A. Belgibayeva, A. Nurpeissova, Z. Bakenov, A. Mukanova. Industrial sulfur separation and purification: Paving the way to energy applications, Chemical Engineering Journal. 2025. Vol. 510. 161574. https://doi.org/10.1016/j.cej.2025.161574

5. A.S. Uali, T.Y.C. Lam, X. Huang, Zh.Wu, H.J. Shih, G-Yu.A.Tan, P.-H. Lee. Role and potential of the semi-classical/-quantum mechanism of the extracellular environment and cell envelope in Direct Interspecies Electron Transfer (DIET)-driven biomethanation. Critical Reviews in Environmental Science and Technology. 2024. Vol. 54(7). P. 581-601.  https://doi.org/10.1080/10643389.2023.2261813

6. Sh.K. Amerkhanova, R.M. Shlyapov, D.S. Belgibaeva, A.S. Uali. Prospects of application of iron-containing carbon-paste electrode in electrochemical analysis. Materials Today: Proceedings. 2022. Vol.49. №6. P.2532-2536. https://doi.org/10.1016/j.matpr.2021.05.437

7. Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. The active carbons modified by industrial wastes in process of sorption concentration of toxic organic compounds and heavy metals ions. Colloids and Surfaces A: Physicochemical and Engineering Aspects.2017.Vol.532. P.36-40. https://doi.org/10.1016/j.colsurfa.2017.07.015

（二）专著与教材 Monographs & Textbooks

M.I. Baikenov, Sh.K. Amerkhanova, A.S. Uali. Chemical aspects of classical and alternative conversion methods of heavy and solid hydrocarbons: monograph/Temirtau: Print.house Dialog Print, 2017.-211 p.

Sh.K., Amerkhanova, A.S. Uali. Amino- I karbonovye kisloty: kompleksoobrazovanie v rastvorah (Amino- and Carboxylic Acids: Complexation in Solutions in Russ.): Monograph /Karaganda: JSC «Arka&K», 2015.-160 p.

（三）科研项目 Scientific Research Projects

1. Development of methods and technologies for environmentally friendly “green” processing of polymer waste for energy storage, program “Science development”, subprogram “Program-targeted financing of subjects of scientific and/or scientific-technical activities”, “Institute of Batteries” LLP.

2. Development of new technologies of materials and energy storage system for a green economy, program “Science development”, subprogram “Program-targeted financing of subjects of scientific and/or scientific-technical activities”, Center of Energy and Advanced Materials Science, National Laboratory Astana, Nazarbayev University.

3. Electrochemical properties of biofilms, Imperial College London, UK.

4. The directed formation of the surface properties of ores through the use of mixtures of different polarity collectors for the purpose of collective-selective separation of non-ferrous metals. Funded by the Committee Science of RK within the program "Grant funding for research" (2015-2017).

5. The development and chemical/physical modification of heat storage materials based on physical-chemical modeling of phase diagrams of binary and ternary mixtures (state registration number 0113RK00961). Funded by the Committee Science of RK within the program "International scientific and technical programs and projects for the 2013-2015 (Kazakhstan-Ukraine)" (2015-2017).

6. The investigation of the thermodynamic and kinetic laws of the influence of metal ions and their complexes with amino acids on the directed synthesis of biological material (registration №015-33-50250.) (01.05.2015-30.07.2015), Funded by Russian Foundation for Basic Research. Hosting organization: F. Dostoevsky Omsk State University (2015).

7. The scientific-based selection of famous domestic and artificially synthesized flotation reagents for flotation of polymetallic ores (state registration number 0112RK00674). Funded by the Committee Science of RK within the program "Grant funding for research" (2012-2014).

8. The investigation of the extraction properties of the polymethacrylate polymer matrix (registration №013-03-90924). Funded by Russian Foundation for Basic Research. Hosting organization: National Research Tomsk Polytechnic University (2013).

9. The investigation of the conditions for the formation of a mesoporous mesophase structure of silica gel modified with metal acetylacetonates (registration №12-03-90906-mob_sng_st). Funded by Russian Foundation for Basic Research. Hosting organization: National Research Tomsk Polytechnic University (2012).

10. The choice of technological conditions for the hydrogenation of coal in Central Kazakhstan using preliminary chemical activation of the organic mass of coal (state registration number 0106RK00671). Funded by the Committee Science of RK within the program "Grant funding for fundamental research" (2006-2009).

（四）获奖与荣誉 Awards & Honors

Scholarship for young talented researchers, Ministry of Education and Science, the Republic of Kazakhstan, 2012.

Scholarship for young talented researchers, Ministry of Education and Science, the Republic of Kazakhstan, 2016.

The Bolashak Scholarship, 2021.

社会兼职 Social Part-time Positions

1. Executive secretary, Scientific Journal (BULLETIN of the L.N. Gumilyov Eurasian National University. Chemistry. Geography Series).

其他信息 Other Information

（一）专利 Patents

Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. Method for potentiometric determination of iron(II) ions using an iron-containing carbon-paste electrode//Utility Model Patent, Application 2022/0441.2, positive decision to issue Patent 7210 dated June 17, 2022.

Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. Method for potentiometric determination of lanthanum(III) and neodymium(III) ions in solutions//Utility Model Patent, Application 2016 / 0476.2, positive decision to issue Patent 877 dated January 1, 2017.

Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. Method of flotation concentration of sulfide copper ores using a mixture of flotation reagents//Utility Model Patent No1480 Kazakhstan; applicant and patent holder authors (individuals).- No2015/0077.2; declared 04/27/2015; publ. 06/15/2016. Bull. No6 (Kazakhstan).

Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. Method of producing a sorbent from wood waste for wastewater treatment from heavy metals//Utility Model Patent No. 1476 Kazakhstan; applicant and patentee authors (individuals) .- No. 2015/0076.2; declared 04/27/2015; publ. 06/15/2016. Bull. No6 (Kazakhstan).

Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali, et al. Method for the electromagnetic beneficiation of polymetallic disseminated ores: innovative patent No. 27926 Kazakhstan; applicant and patentee authors (individuals) .- No. 2014/0145.1; declared 02/10/2014; publ. 04/15/2015. Bull. No. 4 (Kazakhstan).

Sh.K. Amerkhanova, M.I. Baikenov, T.B. Omarbekov, A.S. Uali. Method for processing coal tar by exposure to electric alternating current: innovative patent, Decision on the grant of innovative patent No. 2759 of 02/11/2013, MJ RK, Kazakhstan.

M.A. Gavrilenko, M.A. Duchko, Sh.K. Amerkhanova, R.M. Shlyapov, A.S. Uali. Method of purifying water from phthalic acid esters: patent for invention No. 2465210 Russian Federation; Applicant and patent holder - Tomsk State University. No. 2011121093/05 of 05.25.2011, the application. May 25, 2011; publ. October 27, 2012.

M.I. Baikenov, T.B. Omarbekov, Sh.K. Amerkhanova, A.S. Uali. The cavitational conversion of coal tar. Innovative patent No. 23698 dated 12/15/2010, MJ RK.

（二）学术交流 Academic Exchange

Internee, D.V. Sokolsky Institute of fuel, organic catalysis and electrochemistry, Kazakhstan, 2007

Research fellow, A.V. Nikolayev Institute of inorganic chemistry, Russia, 2008

N Research fellow, ational Research Tomsk State University, Russia, 2012

N Research fellow, ational University of Malaysia, Malaysia, 2013

Research fellow, National Research Tomsk Polytechnic University, Russia, 2013

Research fellow, F.M. Dostoevsky Omsk State University, Russia, 2015

Visiting researcher, Imperial College London, January, 2022-January, 2023

（三）成果转化 Achievement Transformation

Research results have contributed to:

· Developed sustainable biomass-derived and waste-based functional materials for electroanalytical sensing, sorption, and environmental remediation applications.

· Advanced knowledge on extracellular electron transfer mechanisms in bioelectrochemical systems, contributing to the optimization of microbial electrochemical technologies.

· Proposed industrially relevant approaches for sulfur separation and purification with potential applications in energy and resource recovery sectors.

· Produced environmentally friendly sorbents and carbon-based electrodes from agricultural and industrial wastes, supporting circular economy and waste valorization strategies.

· Contributed to chemistry education through monographs and textbooks, promoting the integration of contemporary environmental and electrochemical concepts into higher education.

（四）学术报告 Invited Academic Reports