Aluminosilicate microspheres received on the basis of ash and slag waste by means of energy of low-temperature plasma

In work the analysis and comparison of the curve fusibility calculated taking into account a real chemical composition studied ashes and the curve fusibility built by means of recalculation on three-component system is carried out. Process receiving fusion in the conditions of low-temperature plasma with a speed heating investigated raw material more than 1000 °C a second is characterized by simultaneous melting all phases, unlike the processes proceeding at usual speeds of heating 0,5-1,0 °C in a second. The possibility of receiving the Aluminosilicate microspheres by means of low-temperature plasma with a diameter from 60 to 90 microns on a basis the ash waste combined heat and power plant (Seversk, Tomsk region) is established.