Features of Phasea Mineralogical Conversions when Burning Wall Ceramics on the Basis of Secondary Materials for Processing Coal Deposits of Eastern Donbass

Abstract:

The paper presents the results of the studies on the phase conversions taking place during the firing of the refuse piles processing sieve residue in the Eastern Donbass, which are the promising raw materials for the production of various types of structural ceramics – common, lining and clinker bricks, high-performance ceramic stones, ceramic tiles and siding. It is established that the sieve residue is the raw material of the low-temperature baking. Depending on the degree of grinding, the raw material may belong to the group of mid-baking or high-baking raw materials. The sieve residues have a rather narrow baking interval - no more than 50 °C, which is possible to expand by increasing the content of fine fractions during the preparation of sieve residue. The main mineral phases at the firing temperature of 1000-1100 ^оС are quartz, feldspar, ferrous silicates and aluminum silicates (fayalite, hypersten, etc.), hematite. The features of the phase and mineralogical conversions allow us to recommend to fire products on the basis of sieve residue at temperatures of 1000 °C and higher.

• Periodical: Materials Science Forum (Volume 974)
• Pages: 67-74
• DOI: https://doi.org/10.4028/www.scientific.net/MSF.974.67
• Online since: December 2019
• Authors: Khungiaonos Yavruyan*, Evgeny Gaishun, Vladimir Kotlyar, A.S. Okhotnaya
• Keywords: Argillites, Firing, Minerals, Phase Conversions, Refuse Pile, Sieve Residue, Siltstones, Structural Ceramics

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