Abstract
Purpose of research: is to study the physicochemical features of the processes of processing the ultrafine part of drill cuttings into heat-resistant materials with high refractory properties.
 Methods and objects of research: using the methods of self-propagating high-temperature synthesis in combination with preliminary mechanochemical activation of drill cuttings on a high-energy planetary mill AGO-3, which is performed only in those cases when it is necessary to clean drilling waste from oil products, a composite refractory was obtained that is resistant to deformations from 30 to 80 MPa, at temperatures from 1500 to 1660C.
 Main results of research: it is shown that the physical and mechanical properties are provided by the needle-like structure of the mullite-corundum binder.
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