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Scientific Bulletin of Namangan State University

Abstract

ecologically friendly, economically effective biotechnological methods of increasing primary kaolin of Angren deposit. As a result, ferric oxide 4.25% in kaolin content decreased to 0.98%

First Page

173

Last Page

178

References

1. Platova R.G., Platova Yu.T. Application of biotechnology for the ceramic industry. «Glini i glinistie minerali». Pushino, 2006, s.106. 2. Yaxontova L.K. Znachenie konstitutsii mineralov v protsesse ix bakterialnogo vishelachivaniya. V sb. trudov «Biogeotexnologiya metallov». 1985. S. 222-234. 3. McCarty Douglas. Mineral analysis applications in the oil industry. «Glini i glinistie minerali». Puщino, 2006, s.105. 4. Karavayko G.I. Mikrobnaya destruksiya silikatnix mineralov/ trudi instituta mikrobiologii S.N. Vernadskogo. Vыp.12. Yubileyniy sbornik k 70-letiyu instituta. – M. 2004. S. 172-196. 5. Stryriakova I., Styriak M.P., Nandakumar and B. Mattiasson. Bacterial destruction of mica during bioleaching of kaolin and quartz sands by Bacillus cereus. World Journal of Microbiology and Biotechnology. Volume 19. Number 6. August. 2003. Pages. 583-590.

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