Waste receiving, curing and embedding system

Abstract

The invention relates to a waste receiving, curing and embedding system. The system is characterized by comprising a collection device, a first detection platform, a first removal device, a conveyingdevice, a metering device, a temporary storage space, a second detection platform, a second removal device, a judgment unit, a comprehensive curing device, a single curing device and an embedding pool. According to the system, the detection of preset components in the waste is realized through an automatic assembly line operation, the waste which does not meet processing requirements on the presetcomponents is directly removed, and the waste which meets the processing requirements on the preset components is carried out a corresponding subsequent curing and embedding treatment; and when the automatic assembly line operation is achieved, the operation is simplified, the early-stage sample detection is reduced, the efficiency is improved, and manual misoperation is avoided.

Description

technical field [0001] The present invention relates to a system, and more particularly to a waste reception, solidification and landfill system. Background technique [0002] Solidification technology refers to the process of adding a solidifying agent to waste to convert it into a non-flowable solid or form a compact solid. The solidified product is a monolithic solid solid with complete structure. This solid can be transported in a convenient size without the need for Any secondary container. In the prior art, different waste solidification methods are formed for different wastes, and the more common ones are cement solidification method, lime solidification method, plastic material solidification method, melt solidification method, self-bonding solidification method and the like. [0003] However, in the entire operation process of waste reception, solidification and landfill, since the composition and content of each waste are different, and in order to ensure the soli...

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Problems solved by technology

[0003] However, during the entire operation process of waste receiving, solidification and landfill, since the composition and content of each waste are different, and in order to ensure the solidification effect, some wastes even require a combination of multiple solidification methods, so it is often necessary to target Adjusting and setting the type and content of the corresponding ingredients during each curing process, on the one hand, the operation is cumbersome, which increases the work content of the previous sample detection, thereby reducing work efficiency and increasing the probability of human error; on the other hand It is not conducive to the assembly line operation of the automatic production line for waste reception, solidification and landfill, and the degree of automation is low

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