Laboratory " Advanced materials and technologies" was created in 2012 and is a structural subdivision of JSC "Kazakh-British Technical University".



The main goal of the laboratory is to conduct basic research in the field of natural science disciplines, chemical technology, petrochemistry and metallurgy.

The aim of applied research is to develop innovative technical solutions in chemical technology, metal corrosion protection, materials science, petrochemistry, metal processing and metallurgy. In particular, technologies for extracting various metals from existing multi-component mineral raw materials, secondary raw materials, industrial waste and household waste have been proposed. Scientific bases for improvement of technologies in hydro- and pyrometallurgy were created. The laboratory has made the groundwork for improving the quality of motor fuels.

Activity of the laboratory is aimed at supplementing and expanding the existing ideas about structural-energy correspondence in the material world and development of innovative technical solutions in chemical technology, materials science, petrochemistry, metal processing and metallurgy.


The main directions

1. Polymeric materials for the construction complex;

2. The technologies of metal extraction by the in-situ leaching method (ISL).

3.Anticorrosive coatings to protect against corrosion of metal structures.

4. Development of technical solutions based on the results of fundamental research. 



1) Development of scientific basis for creation of metal etching technology without formation of etching solutions that require decontamination

2) Study of microstructure changes effect of inorganic aqueous solutions and organic liquids on their physical and technical characteristics influencing the indices of technological processes.

3) Study of triboelectric effects on the boundary of metal/organic liquids (oil, fuel oil, etc.) in order to determine their impact on corrosion of pipeline metals.

4) Development of technology for the extraction of metals from various metal-containing raw materials by means of combined electrochemical reactions.

5) Production of environmentally safe polyurethane spraying as an anticorrosive substance used to cover surfaces

6) Development of the energy-efficient thermal insulating varnish for the glass

7) Development of highly effective liquid complex fertilizers (LCF) to stimulate the growth of crops.


Material and technical equipment

Basic equipment:

- Atomic absorption spectrometer with continuous spectrum source "contr AA" series

- Two-channel NMR Nanalysis NMReady-60 PRO 13C Spectrometer 1 H/13C. Manufacturer: Nanalysis Scientific Corp.  Canada

- MASTER GC gas chromatograph by DANI Instruments S.P.A.

- INSPECTOR, SERIES, ALHPA SERIES X-Ray Fluorescence Analyzer

- Metrohm Automatic Meter

- SHATOX-SX-100M Octanometer for petroleum products quality analyzer

- FTIR spectrometer ALPHA

- Automated metallographic microscope complex

- Olympus Vanta C series X-ray fluorescence analyzer

- Microwave oven for sample preparation Anton Paar Microwave 3000

- Buchi Glass Uster Laboratory Reactor System



Laboratory Manager

Rustam Sharipov

E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Mobile phone +7 702 100 9877