Pasturing area soil remediation front-end robot

Abstract

The invention relates to the technical field of soil remediation. The invention particularly relates to a pasturing area soil remediation front-end robot. The pasturing area soil remediation front-endrobot comprises a casing, a feeding pipe, a circulating pipe, a delivery part and an anti-blocking part are arranged in the casing, the feeding pipe is arranged above the casing in an inclined mode,the circulating pipe is arranged below the feeding pipe in an inclined posture, a plurality of circulating holes are uniformly formed in the outer surface of the circulating pipe, the delivery part isarranged in the circulating pipe, one end of the feeding pipe is communicated with a feeding end of the circulating pipe, the anti-blocking part is arranged in the circulating pipe and is positionedin the middle of the delivery part, one end of the anti-blocking part penetrates out of the lower end of the circulating pipe and is provided with a three-way valve, guide plates corresponding to allthe circulating holes are arranged on the outer side of the circulating pipe, a drainage pipe is arranged at the downward end of the flow guide plate, a water storage bin communicated with the drainage pipe is arranged below the drainage pipe, a circulating pump communicated with the water storage bin is arranged outside the water storage bin, and an output end of the circulating pump is communicated with the anti-blocking part through a second pipeline. The pasturing area soil remediation front-end robot can effectively implement front-end operation on soil before remediation.

Description

technical field [0001] The invention relates to the technical field of soil restoration, in particular to a front-end robot for soil restoration in pastoral areas. Background technique [0002] Protecting the soil environment is an important part of maintaining ecological balance and promoting ecological construction, and is related to the sustainable development of social economy. But in the past, due to the extensive development of industries, the soil environment in many areas was worrying, and some areas were seriously polluted. And soil pollution can be divided into heavy metal pollution and petrochemical pollution. Non-ferrous metal smelting, petroleum processing, chemical industry, coking, electroplating, tanning, bleaching and dyeing, circuit boards, metal surface treatment, pharmaceutical manufacturing, lead-acid batteries, waste electronic dismantling, hazardous waste treatment, etc. will all produce soil pollution. Exhaust gas emission, surface water and groundw...

AI Technical Summary

Problems solved by technology

[0003] Existing soil remediation methods generally excavate the soil, then transport it to the set repair base, wash the soil, and recycle the mud water through the sedimentation tank, and then perform a series of chemical repairs on the settled soil; After the repair is completed, it needs to be returned; although this method can be effectively processed, there is a large cost, such as round-trip transportation, intermediate unloading and transfer operations, which will bring a lot of unnecessary expenses; but in the fixed repair area, set up After the sedimentation tank, the sedimentation tank cannot be flexibly converted according to the restoration of different regions, and the limitations are relatively large. In addition, the recycling of water resources can save natural resources, and it is also an operation that cannot be omitted

Images