Extension of Raw Material Base for Ceramic Building Bricks Production

Abstract:

The purpose of the paper is to determine the possibility of using water purification slime as a raw material in the production of ceramic building brick. The spectrophotometric, power dispersing, atomic and absorption methods of research and biotesting were used. The possibility of using the water purifying slime as a pore-forming component is proved by the production of ceramsite brick. The optimum amount of the component of water purification slime to the main raw materials has been established. The small level of heavy metals leaching from the received construction material has been experimentally proved. The article can be of interest to the experts in the field of creating new construction materials using the production wastes and sewage purifying.

• Periodical: Solid State Phenomena (Volume 265)
• Pages: 352-358
• DOI: https://doi.org/10.4028/www.scientific.net/SSP.265.352
• Online since: September 2017
• Authors: N.S. Lupandina*, N.Yu. Kiryushina, E.V. Porozhnyuk
• Keywords: Ceramic Building Bricks, Pore-Forming Components, Roentgenogram, Water Purification Slime of Copper-Containing Sewage, Water Purification Slime of Nickel-Containing Sewage, Water Purification Slimes

References

[1] I.G. Dovzhenko, Efficiency of use of steel-smelting slags in coarse-grained masses for production of ceramic brick. Basic researches, 4 (2011) 78-82.

[2] E.I. Yevtushenko, A.S. Ivanov, Development of composition of masses for ceramic brick with use of metallurgical slags. Basic researches, 11 (2008) 84-85.

[3] M.I. Barmin, M.I. Golubev, A.N. Grebenkin, V.P. Kartavykh, V.V. Melnikov, Cellolignin as the burning component by production of ceramic brick. Stroyprofil, 4 (66) (2008) 54-56.

[4] V.A. Kulikov, V.K. Semenychev, V.Z. Abdrakhimov, I.V. Kovkov, Sharing of metallurgical slags and cinder-slag material for production of ceramic materials. Bashkir chemical magazine. 2(17) (2010) 173-175.

[5] GOST 530-2012, Brick and stone ceramic. General specifications, (2012).

[6] N.S. Lupandina, Zh.A. Sapronova, Sewage purification from heavy metals by production wastes of bioses, Monograph, Belgorod, (2012).

[7] I. Ya. Guzman, The chemical technology of ceramics, Study guide for higher educational institutions, LLC RIF «Building materials», Moscow, (2003).

[8] GN 2. 1. 5. 689-98 Threshold Limit Values (TLV) of chemicals in water of water objects of economic and cultural community water use, Russian Ministry of Health, Moscow, (1998).

[9] L.I. Mirkin, X-ray polycrystal structure analysis. Reference book, Fizmatlit, Moscow, (1961).

[10] S.S. Gorelik, Yu.А. Skakov, L.N. Rastorguev, X-ray and electro-optical analysis, MISIS, Moscow, (2000).

[11] Yu.М. Butt, V.V. Timashev, Practical course of binding materials chemical technology, Study guide for chemical and engineering specialities in higher educational institutions, Vysshaya shkola, Moscow, (1973).

[12] T.A. Vasilenko, Use of Electric Steel Melting Slag in Production of Expanded Clay Gravel, Materials Science Forum, (2016) 345-351.

DOI: 10.4028/www.scientific.net/msf.870.345

[13] А.М. Salakhov, R.А. Salakhova, Ceramics: raw material research, structure, properties, Study guide, Kazan, (2013).

[14] P.P. Budnikov, D.N. Poluboyarinov, The chemical technology of ceramics and refractory materials, Stroyizd, Moscow, (1972).

[15] А.А. Krupa, V.S. Gorodov, The chemical technology of ceramic materials, (1990).

[16] N. Yu. Kiryushina, N.S. Lupandina, Pore-forming additives for ceramic gravel production made of technogenic material, Materials Science Forum, (2016) 196-201.

DOI: 10.4028/www.scientific.net/msf.870.196

[17] H.E. Fadaly, Chemical and microbiological Analyses of certain water sources and industrial wastewater samples in Egypt, Pakistan Journal of biological Sciences, 3(5) (2001) 777-781.

DOI: 10.3923/pjbs.2000.777.781

[18] W.A. Halim, D. Weichgrebe, K.H. Rosenwinkel, J. Verink, Sustanable sewage treatment and re-use in developing countries 12-th international conference, (2008) 1397-1409.

[19] V.V. Kroz, О.V. Kulikovskaya, N.I. Belomerya, Obtaining heat-insulating materials from technogenic products, Materials of the 5th International Research and Practice Conference and Exhibition «Environmental problems of industrial megalopolises», Donetsk, (2008).

[20] S.P. Onatsky, Claydite production, Stroyizdat, Moscow, (1987).

[21] N. Yu. Kiryushina, S.V. Sverguzova, Purification of electroplating industry wastewater from Fe2+, Fe3+, Zn2+ ions with electric-furnace steelmaking slag, Belgorod, (2013).

[22] О.F. Filenko, I.V. Mikheeva, Basics of aquatic toxicology, Kolos, Moscow, (2007).

[23] S.V. Sverguzova, Z.A. Sverguzova, G.I. Tarasova, Effective sewage treatment as a factor of ecological safety, Journal of safety of human activities, 8 (2010) 36-38.