FIELD: chemistry.
SUBSTANCE: invention relates to methods of producing crystalline aluminosilicates which enable to satisfy demands which use said aluminosilicates for their direct purposes in industrial production, namely: electrochemical, chemical, as well as devices for implementing such types of technologies. The method involves placing starting material inside a container insulated from its surrounding medium, and exposing said material to a physical field generated in order to convert said material to the end product, said exposure being carried out immediately in its zone of influence, wherein the object for carrying out the latter is an air suspension of sand particles containing silicon and aluminium oxides with particle size of 1-8 mcm, and total volume of these particles relative the total volume of the inside of the container which they fill is 20-40% of its total value, and the physical field used is a rotating alternating magnetic field whose strength, which is measured in the treatment zone, is equal to 2.5×103-1×106 A/m, and frequency is equal to 40-70 Hz, and the container filled with the treated material acts as the closing connecting link for the flux formed in its and generated by the magnetic system used, and during treatment, a jet of compressed air at excess pressure of 0.1-0.6 kgf/cm2 is fed into the bottom residue obtained during said treatment, and the time interval over which such conversion of the starting material to end products takes place is equal to 12-17 minutes.
EFFECT: reduced expenses during synthesis of crystalline aluminosilicates; the apparatus used when realising this method is characterised by simple design, resulting in its high operational reliability.
2 cl, 1 dwg
