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    1. Garbage pyrolysis gasifier

      Pyrolysis gasifier from top to bottom, followed by drying section, pyrolysis section, combustion section and combustion section. The furnace uses a small amount of magnetized air in the pyrolysis furnace to make the combustible substances in the treated solid waste and the combustible products produced by pyrolysis burn partially. The heat generated makes the organic substances in the solid waste decompose continuously. Because the magnetized air indirectly magnetizes the treated substances, the energy required for pyrolysis is reduced and the energy required for pyrolysis is increased. The pyrolysis efficiency is improved, so the pyrolysis gasification can be realized at 350 C, thus the generation of dioxins is basically avoided. At the same time, the activated carbon adsorption device is added to the tail gas treatment to ensure that the tail gas meets the emission standards.
      In the pyrolysis process, domestic refuse is firstly dried by flue gas rising from the pyrolysis section in the drying section, in which the moisture evaporates, which facilitates effective pyrolysis and combustion at a temperature below 350 degrees. After burning up the slag and mechanical extrusion and crushing by the grate, the slag is discharged from the furnace by the slag discharging system.
      The mixed flue gas produced by pyrolysis gasifier enters the heat exchanger and tar purifier for cooling. The air is heated by the heat exchanger to a certain temperature and fed into the pyrolysis furnace, which provides sufficient combustion-supporting oxygen for the combustion section, combustion section and pyrolysis gasification combustion section. The air consumes a lot of oxygen in the process of upstream combustion. After passing through the burning areas of the burning section, burning section and pyrolysis gasification combustion section, the oxygen content decreases greatly, thus forming an under-oxygen environment and satisfying the pyrolysis gasification conditions. Tar in the middle of flue gas is collected by purifier and quenched to effectively control dioxin production.
      Pyrolysis process does not need any energy, so it is a new technology of environmental protection and energy saving. Background Technology The traditional ways of garbage disposal include landfill, incineration, etc. Landfill will occupy a large number of valuable land resources and pollute the environment (atmosphere, groundwater, etc.), so this simple way of disposal has been basically no longer used. Compared with landfill disposal, waste incineration is a better disposal method. By incineration, not only the volume is greatly reduced, but also the heat generated by incineration can be used to generate electricity and heat to achieve the purpose of energy reuse. Therefore, incineration technology has become a widely used garbage treatment technology at home and abroad.

      Daily capacity: 2-50 tons/day.24 hours
      Suitable for garbage types: general industrial garbage, domestic garbage and crop straw
      Mixed calorific value of about 2800 Kcal/Kg
      Water content: <45%
      Furnace combustion temperature: 200 ~300.
      Residence time of flue gas: > 3S (above 850 C in secondary combustion chamber)
      Furnace Pressure: Negative Pressure Design, No Backfire, -3~10mm H_2O Column
      Power: 8.25 kw-15 kw
      Operator: 1-2 persons

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