Full-duplex fly ash bag hanging machine for bidirectional discharging

Abstract

The invention relates to the field of fly ash bag hanging machines, in particular to a full-duplex fly ash bag hanging machine for bidirectional discharging, which is suitable for a garbage incineration power plant. The full-duplex fly ash bag hanging machine consists of a frame, a discharging port, bag hanging hooks, bearing plates, a hydraulic device, guide rails and an on-site control cabinet;the number of the bag hanging hooks of the discharging port are four; the four bag hanging hooks are distributed at the bottom of the discharging port and can be used for hanging ton bags; the ton bags are arranged on the bearing plates; the number of the bearing plates is two; one ton bag can be arranged on one ton bag correspondingly; and the movement of the bearing plates is driven by the hydraulic device. The full-duplex fly ash bag hanging machine drives the bearing plates of the tonnage bags to make reciprocating motion through the telescopic motion of the hydraulic device, and the tonnage bags filled with fly ash chelates are sent out of the discharging port, so that the packaged tonnage bags of the fly ash chelates are transported to a fly ash curing area manually or by a forklifton the two sides of the discharging port.

Description

technical field [0001] The invention relates to a fly ash bag hanging machine suitable for waste incineration power plants. Background technique [0002] The flue gas produced by waste incineration contains a large amount of fly ash. After the flue gas denitrification and dust removal process, the fly ash contains heavy metals, dioxins and other high-risk pollutants. These substances have different degrees of potential harm to the environment and residents. Therefore, the fly ash needs to be chelated, packaged and transported to the maintenance area. This patent is to solve the problem of improving the efficiency and safety of fly ash chelate packaging under the condition of continuous operation of waste incineration, thereby promoting continuous, efficient and stable operation of production. [0003] The main treatment methods of fly ash chelate in the past include the following three methods: 1. Directly transported to the landfill by box-type trucks for unified treatment...

AI Technical Summary

Problems solved by technology

[0003] The main treatment methods of fly ash chelate in the past include the following three methods: 1. Directly transported to the landfill by box-type trucks for unified treatment. This method is simple and has a large amount of treatment. Gradually improve, the requirements for fly ash landfill are becoming more and more stringent, and it will be difficult for fly ash chelation without standard treatment to enter the landfill; 2. Adopt a simple steel frame support structure to pack the chelate into bags The rear fork is transported to the maintenance room for maintenance. This method is very inefficient and is very unfavorable for the continuous operation of large-scale waste incineration plants.

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