Unified assessment technique for magnesium production waste to be applied in construction

The article focuses on the possibility of the raw material base expansion for the magnesia oxychloride cement and construction materials due to the use of mining and mineral processing wastes. For this purpose, the assessment method of such wastes suitability as raw materials is developed. The metho...

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Main Authors: Averina, G. F., Chernykh, T. N., Kramar, L. Y., Trofimov, B. Y.
Format: Conference Proceeding
Language:English
Subjects:
Calcium oxide
Construction materials
Impurities
Intensifiers
Lime
Magnesite
Magnesium carbonate
Mineral processing
Raw materials
Thermal analysis
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creator Averina, G. F.
Chernykh, T. N.
Kramar, L. Y.
Trofimov, B. Y.
description The article focuses on the possibility of the raw material base expansion for the magnesia oxychloride cement and construction materials due to the use of mining and mineral processing wastes. For this purpose, the assessment method of such wastes suitability as raw materials is developed. The methodological scheme of the magnesia oxychloride cement production is offered. According to the offered method the assessment of the magnesite from waste pit bingof «Group Magnezit» was conducted. Using the X-ray phase and thermal analysis of mineralogical structure, impurity distribution features are established depending on grain composition. The technology of combined roasting with the use of intensifiers is offered herein. This technology excludes presence of potentially harmful impurity in cement, in particular calcium oxide.
doi_str_mv 10.1063/1.4973019
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source American Institute of Physics:Jisc Collections:Transitional Journals Agreement 2021-23 (Reading list)
subjects Calcium oxide
Construction materials
Impurities
Intensifiers
Lime
Magnesite
Magnesium carbonate
Mineral processing
Raw materials
Thermal analysis
title Unified assessment technique for magnesium production waste to be applied in construction
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