Abstract
Chemical–mineral and material–genetic classifications of technogenic mineral raw materials including up to 36 polyphase groups of materials that form the basis of secondary resources suitable for the production of refractories and ceramics after additional processing are proposed. It is shown that technogenic materials of the Urals are cheap multifunctional raw materials and can be used in the production of magnesia-silicate ceramics, carbon– and zirconium–containing high-alumina refractories and cements.
 Keywords: classification, secondary mineral resources, composition, recycling, refractories, ceramics
Highlights
Waste generation is an indicator of the unsustainable use of natural resources while many of them are on the verge of exhaustion
One of the promising directions of the innovation process is the complete recycling of industrial waste within the framework of regional economic complexes
It includes the extraction of valuable and deficit materials from industrial waste and the creation of structural and functional materials with high performance properties instead of natural traditional materials and metals. The implementation of this strategy will significantly reduce the consumption of primary natural resources by more than 25 % as well as to solve the issues of raw material security of the country
Summary
Technogenic Mineral Raw Materials for the Production of Refractories and Ceramics. Vladimir Perepelitsyn[1], Alexander Yagovtsev[1], Vitaliy Merzlyakov[2], Victor Kochetkov[2], Alexander Ponomarenko[3], Zinaida Ponomarenko[1], and Artem Kolobov[1].
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