Full-automatic material storage and conveying system and method for organic garbage flash-evaporation and spray-explosion treatment process

Abstract

The invention relates to a full-automatic material storage and conveying system and method for an organic garbage flash-evaporation and spray-explosion treatment process. The device comprises hydraulic stations and material storage system longitudinal tracks, wherein a longitudinal traction guide rail is arranged between each pair of material storage system longitudinal tracks; longitudinal traction sideways driven by traction hydraulic cylinders are arranged on the longitudinal traction guide rails; transverse conveying tracks are arranged at the two ends of the material storage system longitudinal tracks; first transverse track-change trolleys are arranged on the transverse conveying tracks; charging trolley-change subsystems are arranged at one ends of the transverse conveying tracks; each charging trolley-change subsystem comprises a charging conveyor and multiple pairs of longitudinal trolley-change tracks; a longitudinal trolley-change driving mechanism is arranged between each pair of longitudinal trolley-change tracks; transverse trolley-change tracks are arranged at the other ends of the longitudinal trolley-change tracks; second transverse track-change trolleys are arranged on the transverse trolley-change tracks; charging barrel carrying trolleys are placed on material storage system longitudinal tracks and the longitudinal trolley-change tracks. The device has the advantage that the hazard of secondary pollution caused by leakage of garbage drainage fluid is eliminated.

Description

technical field [0001] The invention belongs to the technical field of organic waste treatment, and in particular relates to a fully automatic material storage and transportation system for an organic waste flash spray explosion treatment process and a fully automatic material storage and transportation method for an organic waste flash spray explosion treatment process. Background technique [0002] The existing organic waste treatment system with a large daily processing capacity (above 600 tons) currently uses large-scale silos after the waste is sorted and crushed and before the blasting machine, which requires a huge silo volume, and the entire silo has to be Anti-corrosion and anti-seepage treatment, the cost of silo infrastructure construction is high, and the loading process before the blasting machine requires secondary loading, which has the problem of leakage of leachate and secondary pollution. Contents of the invention [0003] In order to solve the technical ...

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Problems solved by technology

[0002] The existing organic waste treatment system with a large daily processing capacity (above 600 tons) currently uses large-scale silos after the waste is sorted and crushed and before the blasting machine, which requires a huge silo volume, and the entire silo has to be Anti-corrosion and anti-seepage treatment, the cost of silo infrastructure construction is high, and the loading process before the blasting machine requires secondary loading, which has the problem of leakage of leachate, causing secondary pollution

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