Applied Sciences
| Open Access |
DOI: Low-Energy-Intensive Technology For Obtaining Sulphiro-Iron Clinkers And The Properties Of Cement Based On Their Basis
Abstract
The results on the development of highly reactive compositions of raw mixtures and low-power technology for obtaining sulfo-iron clinkers of low-temperature firing with integrated use as components of natural and man-made waste, study of the properties of cements based on them are presented.
Keywords
Phosphogypsum, , hematite rock, carbonate waste from lime production
References
Atakuziev T.A., Iskandarova M.I., Talipov N.Kh., Tadzhieva D.F. Complex processing of phosphogypsum and other technogenic products into low-energy-consuming cements // Tr. XIV-Mendeleev Congress on General and App. chemistry. - Moscow. :The science. 1989.v.2. - P112.
Iskandarova M.I., Tadzhieva D.F., Talipov N.Kh., Tairov Z.K. Highly efficient cements based on phosphogypsum // "Research on the use of phosphogypsum". - Moscow. 1989. no. 256 .-P146-155.
Iskandarova M.I., Jamalov Sh.O., Verdiyan M.A., Perov V.L. Structure formation and hardening of high-aluminate Portland cement in the presence of sulfate-containing additives // Tr. XIV-Mendeleev Congress on General and App. chemistry. –Moscow. : The science. 1989.v.2. - P66.
Krivoborodov Y.R., Samchenko S.V. Technology and properties of sulfoaluminoferritic clinkers // Tr. VIII All-Union. Scientific and Technical Council on Chemistry and Technology of Cement. - M.: INEK, 1991. -P323-327.
Timashev V.V., Osokin A.P., Larionov V.K. Synthesis and study of the properties of solid solutions of sulfoferrites and calcium sulfoaluminates // Tr. V All-Union. Scientific and Technical Council on Cement Chemistry. - M., 1990. -P70-73.
Osokin A.P., Krivoborodov Yu.R., Dyukova N.F. et al. Features of the technology of highly basic sulfoferrite-containing cements // Mater. XV All-Union. seminar meetings. - M.: NIIcement, 1990. -P48-50.
Timashev V.V., Osokin A.P., Akimov V.G., Krivoborodov Yu.R. Sulfo-iron cements // Abstracts. report VI All-Union. NTS in chemistry and technol. cement. - M .: VNIIESM, 1982. -P20-22.
Iskandarova MI, Ruzimova D. The problem of obtaining special cements on sulfoaluminoferritic basis on the basis of raw materials and waste from enterprises of Uzbekistan // Mater. NTK "New inorganic materials". - Tashkent, 2000.- P53-55.
Feldman R.F. Relationship between the durability of cement and its porous structure, permeability and diffusion coefficient. Tr. VIII Int. Congr. on the chemistry of cement. - Rio de Janeiro, 1986. Vol.2.– P.336-353.
Ruziev N.R. Scientific foundations of the technology for producing low-power sulfo-alumina cements // Composite materials. No. 4. 2008 - P 85-86.
Ruziev NR, Iskandarova M., Negmatov SS, Rakhmanov MI, Khaidarov R. Technological bases for obtaining low-temperature sulfo-alumina cements // Composite materials. No. 4. 2008 - P47-50.
V. Makhmudova, M. Iskandarova, Y. Ivanova, G. Chernov, N. Ruziev. Sunthesis and properties of sulfhoferrite calcium clinkers and low temperature cements on their basis //Jornal of Chemikal Technolo and Metallyrgy. Bulgary. 2011. 46, 2. – Р. 151-154.
Download and View Statistics
Copyright License
Copyright (c) 2021 The American Journal of Applied sciences
This work is licensed under a Creative Commons Attribution 4.0 International License.
Authors retain the copyright of their manuscripts, and all Open Access articles are disseminated under the terms of the Creative Commons Attribution License 4.0 (CC-BY), which licenses unrestricted use, distribution, and reproduction in any medium, provided that the original work is appropriately cited. The use of general descriptive names, trade names, trademarks, and so forth in this publication, even if not specifically identified, does not imply that these names are not protected by the relevant laws and regulations.