Abstract
To successfully solve the relevant problem of recycling solid household waste (SHW) in Russia, it is necessary to move from its landfill disposal to industrial processing. A promising option is the pyrolysis of solid carbon-containing waste, which can significantly reduce the amount of waste, as well as obtain alternative types of energy. The use of products of solid household waste pyrolysis as a method of production of ceramics is proposed.A new ceramic material was obtained where the solid residue of pyrolysis of an SHW mixture with average morphological composition was used as a structure-phase-forming additive. Chemical composition of the material, its average density, thermal conductivity and diffusivity, and specific heat capacity have been determined experimentally. It is recommended to use this ceramic material to manufacture building products for various purposes.
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