Ecological and technological efficiency of the innovative coal-watercoal cluster of housing and communal serviсes

Abstract

The possibilities of increasing the ecological and technological efficiency of the innovative coal-watercoal cluster of housing and communal services, including the mechanics of coal destruction in a hydraulic shock installation, are considered. The creation of an experimental coal-watercoal cluster of housing and communal services involves the use of innovative coal-watercoal technology in boilers under construction or in operation, including the processing of solid coal fuels into innovative coal-water fuel suspension with subsequent combustion in specially equipped furnaces. The set tasks of managing environmental and technological qualities in the process of preparing an innovative coal-water fuel suspension based on statistical analysis of the granulometric composition correlate with the tasks of obtaining micro- and ultrafine coal-water suspensions in order to achieve high environmental and technological qualities. The control of an innovative coal-watercoal fuel technology based on automatic control of the granulometric composition using the natural fracturing of coal for the control action during the destruction of coal by the method of water hammer is proposed. Technological patterns of reducing the negative technogenic impact on the geospheres are revealed, including a method for managing the environmental and technological qualities of an innovative water-coal suspension based on automatic control of the granulometric composition during coal grinding by the hydraulic shock method.