The features of ceramic materials structure formation when using hard-melting wastes of thermal power stations in charge stock

Skripnikova, N. K.; Yuriev, Ivan Yu.; Lutsenko, A V

doi:10.1063/1.4937889

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Key Engineering Materials Vol 6831

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2016

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“…the formation of the primary melt which reduces the size particles and clogs pores. As Skripnikova et al [18] and Yuriev et al [19] reported, in order to obtain silicate brick of the type not lower than М125, water absorption must be not over 14-16%. Water absorption of 14.5% in ash from Tomsk thermal plants is achieved at 975°С burning temperature.…”

Section: Key Engineering Materials Vol 683mentioning

confidence: 99%

Production of Ceramic Brick Based on Aluminum-Silicate Wastes

Vlasov

Skripnikova

Yuriev

et al. 2016

KEM

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The paper focuses on the production of ceramic brick based on aluminum silicate waste generated by thermal power plants. The grain size and chemical compositions of the raw material are investigated. Experimental studies are carried out to identify optimum operating parameters of the ceramic brick production. It is shown that the use of aluminum silicate waste, namely, 40–60 % ash together with clay raw material allows obtaining ceramic brick possessing 20–25 MPa compressive strength, 10–15 % water absorption, and frost resistance of over 60 cycles.

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Section: Key Engineering Materials Vol 683mentioning

confidence: 99%