Mining Inhibitor Pump Station BZ-660/16G
The mining inhibitor pump station (hereinafter referred to as the inhibitor pump) is mainly used for injecting inhibitor solution and spraying inhibitor aerosol underground in coal mines to prevent spontaneous combustion of coal. When mining self-igniting single coal seams or multiple layered coal seams, using inhibitor solution for fire prevention by spraying inhibitor solution onto residual coal in goaf areas to suppress spontaneous combustion of residual coal is an effective method.
View detailsThis pump uses electricity as the power drive. The process of aerosol retardant fire prevention and extinguishing involves converting a retardant aqueous solution under certain pressure into an aerosol through an atomizer. The tiny droplets sprayed by the aerosol generator can drift with the air leakage flow to any place in the goaf where air leakage occurs, thereby achieving comprehensive fire prevention in the goaf. When mining self-igniting single coal seams or multiple layered coal seams, using retardant solution for fire prevention by spraying the retardant solution onto residual coal in the goaf to suppress spontaneous combustion of residual coal is an effective method.
View detailsThe mine electric inhibitor pump is a device capable of atomizing the inhibitor agent. It is used for injecting and spraying inhibitor solutions and inhibitor aerosol solutions underground in coal mines to prevent spontaneous combustion of coal. It can also serve as a smoke removal and dust suppression pump, with better effects when surfactants are added to the water. When large amounts of floating coal accumulate due to high emissions in coal mine tunnels, a homemade perforated iron pipe can be inserted into the high emission area and connected to the high-pressure hose of the inhibitor pump. The inhibitor solution is sprayed onto the floating coal to prevent spontaneous combustion.
View detailsThis pump uses compressed air as the power source and is used underground in coal mines to spray inhibitor solutions and inhibitor aerosols to prevent spontaneous combustion of coal. When mining spontaneous combustion-prone coal seams, inhibitor solutions are sprayed onto the coal mining face, old goafs, and mined-out areas to suppress residual coal spontaneous combustion. In the treatment of high roof falls in coal roadways, inhibitor solutions are sprayed onto the floating coal in the high roof fall through iron pipes to prevent spontaneous combustion. For fire prevention in mined-out areas, atomizing nozzles are used to spray inhibitor mist onto residual coal in the mined-out areas. It can be safely used in places that are flammable, explosive, strongly magnetic, radioactive, dusty, have large temperature variations, and are subject to water spraying.
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