Activated carbon feeding equipment having environmentally friendly function

Abstract

The invention discloses activated carbon feeding equipment having an environmentally friendly function. The equipment includes a frame, an electronic box arranged on one side of the frame, and a sensor connected to the electronic box; the upper part of the frame is provided with a charging barrel; the lower part of the charging barrel is connected to a hopper which is wide at the top and narrow atthe bottom; the frame is provided with a motor located right under the hopper; the upper part of the motor is provided with a speed reducer connected to the motor; a disc feeder is fixed in the portat the lower part of the hopper, and blocks and seals the port on the lower end of the hopper; and the upper surface of the disc feeder is provided with a feeding groove relative to the port on the lower end of the hopper. The equipment can effectively avoid the occurrence of the accumulation or remaining of active carbon during the discharging of the charging barrel, so that the normal conveyingof the active carbon can be guaranteed, adjusting can be performed on the negative pressure in a conveying pipeline, the feeding speed of the active carbon can be changed in real time, the precise feeding of the active carbon can be simultaneously guaranteed, and therefore, the best adsorption effect of dioxin can be achieved.

Description

technical field [0001] The invention relates to an activated carbon feeding device with an environmental protection function. Background technique [0002] Activated carbon feeding equipment is a device that sends activated carbon into the flue of the incineration system to adsorb and treat the dioxins produced in the incineration system, ensuring that the content of dioxins discharged from the flue of the incineration system can meet the emission standards, or even more few. [0003] When the barrel of the traditional activated carbon feeding equipment is unloading, it is very easy to cause the bridging of activated carbon, that is, a cavity is formed at the bottom of the silo. Once bridging occurs, the upper part of the barrel cannot enter the disc, which seriously affects the stability of activated carbon feeding. sex. [0004] In order to ensure that the activated carbon can be smoothly sent into the flue of the incineration system, the fan will be turned on, and the w...

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Problems solved by technology

[0003] When the barrel of the traditional activated carbon feeding equipment is unloading, it is very easy to cause the bridging of activated carbon, that is, a cavity is formed at the bottom of the silo. Once bridging occurs, the upper part of the barrel cannot enter the disc, which seriously affects the stability of activated carbon feeding. sex

[0004] In order to ensure that the activated carbon can be smoothly sent into the flue of the incineration system, the fan will be turned on, and the wind generated by the fan will send the activated carbon into the flue of the incineration system. The air pressure is unstable, but the air volume of the fan is constant, so an unstable negative pressure is formed in the feeding pipe connected to the air supply pipe, resulting in unstable feeding and inaccurate measurement data collection

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