The projects carried out in the laboratory of TEP in the period from 2011 to 2014:
1. Development of scientific bases of pure metals production, new alloys and composite materials with desired properties based on ferrous and non-ferrous metals (2009-2011, grant funding, RK)
2. Development and implementation of technologies for the electrochemical formation of fractal nanostructures and materials for the improvement of production processes (2010-2012, program-oriented funding programme for the development of nanotechnology in Kazakhstan, RK)
3. Development and implementation of technologies for creating nanostructures for efficient electrochemical energy converters (2010-2012, program-oriented funding programme for the development of nanotechnology in Kazakhstan, RK)
4. Development of technology of synthesis of nanostructured composite materials for high-performance fuel materials (2010-2012, program-oriented funding programme for the development of nanotechnology in Kazakhstan, RK)
5. Physico-chemical properties of the processes in lithium chemical power sources (2012-2014, grant funding, RK)
6. Development of scientific-technological and innovation support industries using electrochemical methods of extraction, analysis, and produce new substances and materials (2012-2014, grant funding, RK)
7. Development of materials for lithium-ion polymer battery and a cathode on the basis of iron phosphate (2012-2014, grant funding, RK)
8. Research on the creation of a new technological platform for desalination, water treatment and the production of chemicals (the contract, the customer - JSC "Center of earth Sciences, metallurgy and enrichment")
9. Mathematical modeling of homogeneous conjugate equilibria in the system water-carbohydrates-iodine-electrolytes taking into account interactions of the components with protein (the contract from RSE "Research center for anti-infective drugs")
10. "Study of the kinetics of the formation of complexes and aggregates in solutions FS-1 and IPS" (the contract from - RSE "Research center for anti-infective drugs")
11. The development of ways to get self healing composite coatings (grant program "technology Commercialization" for groups of Junior researchers, the Ministry of education and science, Center for technology Commercialization, world Bank)
International projects:
The NATO project SfP 978013 "CREATION OF NEW STRONG METAL/POLYIMIDE FILMS WITH DEFINABLE REFLECTIVITY AND ELECTROCONDUCTIVITY"" (Scientific supervisor - doctor of Chemistry Akhmetov T. H., K. H. N. Kurbatov, A. P., 2003-2005).
ISTC K-1117 international grant "Development of technology for production of electricity and heat-conductive metallized polyimide material with high reflectance and resistance". (Scientific supervisor - doctor of H. N., Iskakov R. M., K. H. N. Kurbatov, A. P., 225 000 US$, 2006-2008).
NATO SfP “Self healing polymer coating for protection in cosmos. (Manager - K. H. N., associate Professor Kurbatov, A. P., share CPCMRA - 62 000 Euros, 2009-2011).