Abstract
Abstract The method was developed to produce sulfur concrete from sulfur waste of petrochemical plants and silica containing compounds with high strength, performance properties, and resistance to aggressive environments. The composite materials were studied using the methods of X-ray analysis, electron paramagnetic resonance analysis, electron microscopy. Aluminum chloride has an activating effect on sulfur melt and its interaction with the surface of silicate, and formation of aluminum silicate polysulfides. Usage of aluminum chloride enables sulfur activation to encourage the chemical interaction between the components and formation of a compact structure of sulfur materials with high physical mechanical properties.
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