BASALTS AS AN ALUMINOSILICATE RAW MATERIAL FOR THE PRODUCTION OF PORTLAND CEMENT CLINKER

Prof. Mukhamedbaeva Zamira Abduljaparovna; Dr. Kurbanov Erkin lkhamovich; Alieva Rena A’zer Kizi

doi:10.17605/OSF.IO/NE8DQ

Authors

Prof. Mukhamedbaeva Zamira Abduljaparovna Tashkent chemical-technological institute, Uzbekistan
Dr. Kurbanov Erkin lkhamovich Tashkent chemical-technological institute, Uzbekistan
Alieva Rena A’zer Kizi Department of Chemical Technology

DOI:

https://doi.org/10.17605/OSF.IO/NE8DQ

Keywords:

Portland cement clinker, components, raw material charge, basalt, clay raw materials

Abstract

In connection with the approval in recent years of the global trend towards quality control of industrial products and energy saving, industrial practice in the construction industry begins to impose increased requirements on technological equipment, the quality of raw materials, semi-finished products and final products. The question of the development of the methodology of energy saving, optimization and intensification of heat-technological processes in the industry of silicate building materials in the context of changes in the traditional raw material base, the use of technogenic raw materials, and the production of special products is raised. The properties of the raw materials used have a significant impact on the efficiency of the production of Portland cement clinker. As a rule, the quality of natural materials, especially the clay component, currently does not fully meet the requirements of the technology; therefore, the search for new types of raw materials with high reactivity is very urgent.

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References

Alieva R. A. (2020) Improvement of the ventilation system and dust collectors when collecting fine dust. International Engineering Journal For Research & Development, https ://do i.org /10.17 605/OS F.I O/ 72T5P.

Pashchenko A.A. (1990) Energy-saving and waste-free technologies for producing binders. Kiev: Vyscha School, 223.

Cherkasov, A.V., Pereskok S.A. (2014) The use of fluorspar to increase the productivity of a cement rotary kiln. Cement and its application. 7, 24-25.

Sanjaasuren R., Erdenebat Ts., Rumyantsev P.F. (2007) 12-th ICCC. Montreal, Canada, 3-05.

Sanja Hsuren R., Rymyantsev P.F. (1997) Proc. 10th Inter. Cong. on the Chem. of Cement. - Gothenburg, Sweden, 1, 1037.

Sanjaasuren R. (1992) Proc. 9th Int. Cong. Chem. Cement. New Delhi, 2, 315.

Gurevich B.I., Tyukavkina V.V. (1992) Portland cement clinker based on whitewash slimes. Mining waste as a raw material for the production of building materials. Apatity, 20-27.

Gurevich B.I., Makarov V.N., Tyukavkina V.V., Zinoviev Yu.Z. (1993) Portland cement clinker from carbonatites and belite slimes. Resource-saving technologies of building materials, products and structures. - Belgorod, 12-13.

Klassen V.K., Shubin V.I. (2000) Reports of the II Intern. meetingon the chemistry and technology of cement. - M., 1, 133-145.

Taimasov B.T., Esimov B.O., Terekhovich S.V., Kuralova R.K. (2002) Cements based on man-made waste and igneous rocks.-Shymkent. Publishing house N0RIS, 163.

Gurevich B.I., Tyukavkina V.V. (1993) Influence of Portland cement batch firing conditions on clinker properties. Building materials based on mineral raw materials and industrial waste. Apatity, 11-14.

Makarov V.N., Gurevich B.I., Kremenetskaya I.P., Suvorova O. Tyukavkina V.V. (1999) The use of mining and industrial waste as raw materials for the production of construction and technical materials. Chemistry for sustainable development, 7, 183-187.

Makarov V.N., Gurevich B.I., Tyukavkina V.V. (2000) Carbonate overburden of the Kovdorsky deposit - raw material for the production of Portland cement. Technology and properties of silicate materials of raw materials of the Kola Peninsula. - Apatity, 74-78.

Kurbanov E.I., Mukhamedbaeva Z.A., Mukhamedbaev A.A. (2018) Portland clinker using diabases from the Balpantu deposit. Chemistry chemical technology. 4, 11-14.

Mukhamedbaeva Z.A., Mukhamedbaev A.A., Kurbanov E.I., Adinaev Kh.A. (2020) Synthesis of Portland cement clinker using basalts from the Karakiya deposit Chemical Industry, 5, 225-230.

Mukhamedbaeva Z.A., Mukhamedbaev A.A., Kurbanov E.I., Adinaev Kh.A. (2020) Mineral formation processes of the phase composition of Portland cement during synthesis with natural wollastonite. Chemical industry, 5, 231-237.

Mukhamedbaeva Z.A., Kurbanov E.I., Mukhamedbaev A.A. (2020) Obtaining Portland cement clinker and increasing the efficiency of its grinding. Chemical technology and technology. Materials of reports of the 84th scientific and technical conference dedicated to the 90th anniversary of BSTU and the Day of Belarusian Science (with international participation). Minsk, 94-96.

Olimova N.G., Alieva R.A. (2021) Analysis Of Technological Processes Of The Zarbdor Cotton Cleaning Plant And Dust Collecting Devices. International Journal of Progressive Sciences and Technologies (IJPSAT), Vol. 28 No. 2 September 2021, pp.01-04. Milan, https://ijpsat.ijsht-journals.org/index.php/ijpsat/article/view/3496