Future trends for the use of nanotechnogenic slurry waste in the production of special building materials

The article provides information about the main directions of the use of nanotechnogenic slurry waste, i.e. the industrial waste of Samara enterprises in the production of special building materials, namely, heat-resistant binders and concretes on their basis. It is found that nanotechnogenic wastes...

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Main Authors: Chumachenko Natalia, Khlystov Alexey
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20168604007
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author Chumachenko Natalia
Khlystov Alexey
author_facet Chumachenko Natalia
Khlystov Alexey
author_sort Chumachenko Natalia
collection DOAJ
description The article provides information about the main directions of the use of nanotechnogenic slurry waste, i.e. the industrial waste of Samara enterprises in the production of special building materials, namely, heat-resistant binders and concretes on their basis. It is found that nanotechnogenic wastes exert a polyfunctional impact in heat- resistant compositions (binders, mortars, concretes). High – alumina slurries are a plasticizer in heat-resistant composites on hydraulic cements. They are also a major component in the production of high- alumina binders and in the process of synthesizing phosphate binders which make it possible to obtain high-quality heat-resistant composites (mortars, coatings, concretes, impregnations).
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spelling doaj.art-9082b8ffec8b4789a6bc89eeb42e7f842022-12-21T19:58:36ZengEDP SciencesMATEC Web of Conferences2261-236X2016-01-01860400710.1051/matecconf/20168604007matecconf_ipicse2016_04007Future trends for the use of nanotechnogenic slurry waste in the production of special building materialsChumachenko Natalia0Khlystov Alexey1Samara State Technical University, Institute of Architecture and Civil EngineeringSamara State Technical University, Institute of Architecture and Civil EngineeringThe article provides information about the main directions of the use of nanotechnogenic slurry waste, i.e. the industrial waste of Samara enterprises in the production of special building materials, namely, heat-resistant binders and concretes on their basis. It is found that nanotechnogenic wastes exert a polyfunctional impact in heat- resistant compositions (binders, mortars, concretes). High – alumina slurries are a plasticizer in heat-resistant composites on hydraulic cements. They are also a major component in the production of high- alumina binders and in the process of synthesizing phosphate binders which make it possible to obtain high-quality heat-resistant composites (mortars, coatings, concretes, impregnations).http://dx.doi.org/10.1051/matecconf/20168604007
spellingShingle Chumachenko Natalia
Khlystov Alexey
Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
MATEC Web of Conferences
title Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
title_full Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
title_fullStr Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
title_full_unstemmed Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
title_short Future trends for the use of nanotechnogenic slurry waste in the production of special building materials
title_sort future trends for the use of nanotechnogenic slurry waste in the production of special building materials
url http://dx.doi.org/10.1051/matecconf/20168604007
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AT khlystovalexey futuretrendsfortheuseofnanotechnogenicslurrywasteintheproductionofspecialbuildingmaterials