Use of natural the fracture of coal under the regulatory impact of water hammer in the coal-watercoal cluster of utilities sector

Abstract

Abstract The project to establish a prototype coal-coalwater cluster housing involves the use of constructed or existing boilers innovative coal-water-carbon technologies, including recycling and solid types of coal fuel in coal-water fuel slurry followed by burning in specially equipped furnaces. Analysis of the processes of brittle destruction of coal as a fractured rock at the macro and microlevels has shown that directed hydromining with the release of methane contained in coal seams, as well as wet grinding with the production of a certain granulometric composition of watercoal fuel suspension by hydroimpact occurs through macro-and microcracks. Also, as a result of the research, it becomes possible to use natural fracturing of control coal in the framework of creating a pilot site for an innovative coal-watercoal cluster of housing and communal services. A control model for an innovative coal-watercoal technology based on automatic control of the granulometric composition using of natural the fracture of coal the regulatory impact of water hammer is proposed. The technological regularities of reducing the negative technogenic impact on geospheres are revealed, including the method of managing the environmental and technological qualities of innovative coal-water suspension based on automatic control of the granulometric composition when grinding coal using the water hammer method.