Production of the ceramic brick with use of industrial wastes

The new structure of raw materials is developed for production of a ceramic brick with use of the inorganic waste which is formed at water treatment on combined heat and power plants. The chemical composition of the calcinated ferriferous waste is defined. The content of heavy metals decided on the...

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Main Authors: Aliaksandr Platonov, Aliaksandr Grechanikov, Andrei Kovchur, Siarhei Kovchur, Pavel Manak
Format: Article
Language:Russian
Published: Витебский государственнный технологический университет 2015-07-01
Series:Vestnik of Vitebsk State Technological University
Subjects:
Online Access:http://vestnik.vstu.by/files/6214/3400/7522/Production___ceramic_brick__use_o_f_industrial_wastes.pdf
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spelling doaj-9ce51855167c45c1ab0178d7c81f34912020-11-25T02:04:12ZrusВитебский государственнный технологический университетVestnik of Vitebsk State Technological University2079-79582306-17742015-07-01128128134Production of the ceramic brick with use of industrial wastes Aliaksandr Platonov Aliaksandr GrechanikovAndrei Kovchur Siarhei Kovchur Pavel Manak The new structure of raw materials is developed for production of a ceramic brick with use of the inorganic waste which is formed at water treatment on combined heat and power plants. The chemical composition of the calcinated ferriferous waste is defined. The content of heavy metals decided on the help of the nuclear and issue analysis. On JSC «Obolsky Ceramic Plant» the pilot batch of a ceramic brick is made. Tests of the ceramic brick containing from 5 to 25 % (masses are carried out to laboratories.) ferriferous waste instead of clay. It is established that the brick containing the inorganic calcinated waste conforms to requirements of STB 1160–99 «A brick and stones ceramic. Specifications». Influence of the contents in initial raw materials of ferriferous inorganic waste on the structurization processes happening in a ceramic brick is investigated. Influence of particle size distribution of waste on process of formation of products is studied.http://vestnik.vstu.by/files/6214/3400/7522/Production___ceramic_brick__use_o_f_industrial_wastes.pdfstrength characteristicsinorganic waste of combined heat and power plantsfusible claybrick ceramicstructurization processes
collection DOAJ
language Russian
format Article
sources DOAJ
author Aliaksandr Platonov
Aliaksandr Grechanikov
Andrei Kovchur
Siarhei Kovchur
Pavel Manak
spellingShingle Aliaksandr Platonov
Aliaksandr Grechanikov
Andrei Kovchur
Siarhei Kovchur
Pavel Manak
Production of the ceramic brick with use of industrial wastes
Vestnik of Vitebsk State Technological University
strength characteristics
inorganic waste of combined heat and power plants
fusible clay
brick ceramic
structurization processes
author_facet Aliaksandr Platonov
Aliaksandr Grechanikov
Andrei Kovchur
Siarhei Kovchur
Pavel Manak
author_sort Aliaksandr Platonov
title Production of the ceramic brick with use of industrial wastes
title_short Production of the ceramic brick with use of industrial wastes
title_full Production of the ceramic brick with use of industrial wastes
title_fullStr Production of the ceramic brick with use of industrial wastes
title_full_unstemmed Production of the ceramic brick with use of industrial wastes
title_sort production of the ceramic brick with use of industrial wastes
publisher Витебский государственнный технологический университет
series Vestnik of Vitebsk State Technological University
issn 2079-7958
2306-1774
publishDate 2015-07-01
description The new structure of raw materials is developed for production of a ceramic brick with use of the inorganic waste which is formed at water treatment on combined heat and power plants. The chemical composition of the calcinated ferriferous waste is defined. The content of heavy metals decided on the help of the nuclear and issue analysis. On JSC «Obolsky Ceramic Plant» the pilot batch of a ceramic brick is made. Tests of the ceramic brick containing from 5 to 25 % (masses are carried out to laboratories.) ferriferous waste instead of clay. It is established that the brick containing the inorganic calcinated waste conforms to requirements of STB 1160–99 «A brick and stones ceramic. Specifications». Influence of the contents in initial raw materials of ferriferous inorganic waste on the structurization processes happening in a ceramic brick is investigated. Influence of particle size distribution of waste on process of formation of products is studied.
topic strength characteristics
inorganic waste of combined heat and power plants
fusible clay
brick ceramic
structurization processes
url http://vestnik.vstu.by/files/6214/3400/7522/Production___ceramic_brick__use_o_f_industrial_wastes.pdf
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