Kazakhstan Introduces Novel Rice Husk-Based Material Production
Kazakhstan Makes Breakthrough in Silicon Carbon Nanocomposite Production
Astana—Kazakhstan has achieved a significant milestone by launching the production of a silicon carbon nanocomposite derived from rice husks on Oct. 3. The first production stage is set to produce 1,500 tons of this versatile material annually.
The Kazakh Ministry of Science and Higher Education has revealed that the National Center for Integrated Processing of Mineral Raw Materials is spearheading this pioneering project.
Sultanbek Aimakov, Deputy Chairman of the Board of the Science Foundation, explained, “Rice husks are a byproduct of rice production, constituting about 20% of the grain’s weight. By harnessing the inherent advantages of this material, we have developed a processing technology to create a multifunctional silicon-carbon nanocomposite.”
This innovative material boasts a multitude of applications, including serving as a filler for rubber products and friction materials, as well as being used as a raw material for silicon and ferroalloys. Furthermore, it has found relevance in the field of agriculture.
Aimakov also participated in the International Scientific and Practical Conference on Innovations and Integrated Processing of Mineral Raw Materials: Relevant Components of Economic Diversification. During the conference, discussions were held regarding the foundation’s efforts to commercialize these cutting-edge technologies.
This breakthrough in silicon carbon nanocomposite production signifies Kazakhstan’s commitment to innovation and technological advancement in the industrial sector.
