Multifunctional material loading trestle bridge of waste-incineration power plant

Abstract

The invention relates to a multifunctional material loading trestle bridge of a waste-incineration power plant. The multifunctional material loading trestle bridge comprises a material loading trestle bridge and truck scales, wherein the near-level grade section of the material loading trestle bridge is provided with a foundation pit; the foundation pit is internally provided with the first truck scale and the second truck scale which are mutually parallelly arranged along the longitudinal direction of the material loading trestle bridge; a concrete isolation strip is arranged between the first truck scale and the second truck scale along the longitudinal direction of the material loading trestle bridge on the outer side and is internally provided with more than two inner and outer access holes; the bottoms of the access holes are provided with sewage buckets; the sewage buckets are connected with an external leachate collecting system. According to the technical scheme adopted by the invention, the design is reasonable, so that the problems of non-corresponding relation between a material loading system and a weighing system and difficulty in leachate collection during the waste transportation peak period of an existing waste-incineration power plant can be solved, and the land of the waste-incineration power plant is saved; furthermore waste loading and weighing can be synchronously performed, so that the waste transportation efficiency is improved, environmental pollution is reduced, and the multifunctional material loading trestle bridge is applicable to all types of waste-incineration power plants.

Description

technical field [0001] The invention relates to a multifunctional feeding trestle for a waste incineration power plant. Background technique [0002] The waste incineration power plant is characterized by a large amount of waste transportation, many waste transportation vehicles, and difficult collection of leachate from leakage. The waste feeding system and weighing system in the waste incineration power plant are separated, and due to the shortage of land resources, the feeding The system usually does not correspond to the weighing system, which will cause waste transport vehicles to wait in line for weighing during the peak period of waste transport, and the transportation efficiency is low; and during the process of waiting for the weighing of waste transport vehicles, garbage leachate is easy to leak onto the road, resulting in The leachate flows into the rainwater drainage system of the plant area and affects the environment. Contents of the invention [0003] In vi...

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Problems solved by technology

[0002] The waste incineration power plant is characterized by a large amount of waste transportation, many waste transportation vehicles, and difficult collection of leachate from leakage. The waste feeding system and weighing system in the waste incineration power plant are separated, and due to the shortage of land resources, the feeding The system usually does not correspond to the weighing system, which will cause waste transport vehicles to wait in line for weighing during the peak period of waste transport, and the transportation efficiency is low; and during the process of waiting for the weighing of waste transport vehicles, garbage leachate is easy to leak onto the road, resulting in The leachate flows into the rainwater drainage system of the plant area, which has an impact on the environment

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