Fly ash separation process and other industrial waste as power plants and other industrial waste, with the development of the electric power industry has increased every year their emissions. To meet the national environmental policy, comprehensive treatment and utilization of fly ash has become a serious problem. Currently, there are one-third of all coal-fired power plant fly ash separator sorting ways of producing goods ash, received good social and economic benefits. With the separation of fly ash is widely used in cement, building materials and other fields of engineering. Sorting technology will fly in our coal-fired plant to be more widely applied and developed. Fly ash and other industrial waste as power plants and other industrial waste, with the development of the electric power industry has increased every year their emissions. To meet the national environmental policy baghouse, three separate separator, three return dryer, glass grinding machines, comprehensive treatment and utilization of fly ash has become a serious problem. Currently, there are one-third of the coal-fired power plants are used in sorting merchandise fly ash produced, received good social and economic benefits. With the separation of fly ash is widely used in cement, building materials and other fields of engineering. Sorting technology will fly in our coal-fired plant to be more widely applied and developed. Fly ash are several processes, the process can be flexibly arranged according to the site, Ash recoverable steel library or brick structure, delivery terms can be pneumatic conveying and mechanical transport. ◆ sorting process a process description: Grey by stripper discharge from the high-pressure fan of the original pipeline through ash gray powder feed was selected, after Caesar material dispersion, fine ash being sucked inside the rotor and then enter the cyclone collector collects efficient fine ash into the library. Coarse thick ash into the library. System features: process layout and smooth, compact, simple and high reliability baghouse system, dual-rotor separator, three drum dryer, glass sandblasting machine. ◆ Separation Process II Process Description: The original gray ash pipeline after the original three-way valve is switched from the original pneumatic ash into the sorting machine, after sorting machine Caesar feed points, fine ash being sucked into the interior of the rotor and then collecting baghouse fine ash into the library, meal into the thick ash library. System features: system-wide to keep the original ash pipeline system, just in ash pipeline plus the original pneumatic ash into the three-way switching valve; sorter sorting pulse dust collector, separator, rotary drum dryer, Glass sand machine, does not affect the existing power plant production processes, when needed sorting thin gray three-way valve to open to the sorting location, the system low power consumption, small abrasion, reliable system operation rate; sorting and collecting systems together, small system resistance, separator air flow inside the loop, process layout and smooth, compact, high system reliability, can greatly reduce the cost of investment in equipment NOTE: exclude a dust pump selection required in accordance with the original gray air force volume and pressure size selection ◆ three sorting process Process Description: The original gray spiral metering by said metered into the air conveyor chute hoist lifting the original gray powder feed selected by spreading the material dispersed, fine Ash being sucked inside the rotor and then enter baghouse collection of fine ash into the library, meal into the thick ash library. System features: system-wide in all mechanical transmission, low power consumption, small abrasion, reliable system operation rate; sorting and collection system together, small system resistance, separator air flow inside the loop, process layout and smooth, compact, high system reliability. For more information you can call our service hotline, you can also visit our official website for more information www.rdlhbsb.com!