Efficient hydraulic remote particle material collecting and conveying system and method thereof

Abstract

The invention relates to an efficient hydraulic remote particle material collecting and conveying system. The efficient hydraulic remote particle material collecting and conveying system comprises a clean water tank, a solid-liquid separation device, a water feeding pump, a material conveying pump, a water supply pipeline, a material conveying pipeline, a material conveyor, a flow guide branch pipe, a solid-liquid mixing cabin and a control system, wherein the upper end surface of the solid-liquid mixing cabin is communicated with a solid material source and a water supply pipeline through theflow guide branch pipe; the water supply pipeline is communicated with the clean water tank through the water feeding pump; the lower end surface of the solid-liquid mixing cabin is communicated withthe material conveying pipeline through the material conveying pump; and the material conveying pipeline is communicated with a solid-liquid separation device. The conveying method comprises the fivesteps of assembling equipment, setting operation data, carrying out preoperation of the system, conveying solid materials, shutting down, and carrying out secondary operation. According to the efficient hydraulic remote particle material collecting and conveying system and the method thereof, on one hand, the requirement that the system can be matched with various materials in different positionsand various types of materials can be effectively met; on the other hand, the fluidity of the solid materials in the conveying process can be effectively improved; the resource recycling rate is effectively increased; and the water resource loss can be reduced.

Description

technical field [0001] The invention relates to a high-efficiency hydraulic remote collection and transportation system for granular materials, which belongs to the technical field of material transportation. Background technique [0002] At present, when conveying solid materials, especially solid materials with small particle size and good fluidity, the conveying operations are often carried out through conveying equipment such as belt conveyors, augers, and high-pressure airflows. However, such traditional conveying operations The structure of the equipment is complex, the flexibility of operation and the place of production are poor, and the conveying efficiency is low. At the same time, during the conveying process, the solid materials are scattered, dust, frictional resistance and friction loss between the material and the conveying equipment, etc., resulting in material loss and At the same time that the environmental pollution is serious, it also leads to relatively ...

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Problems solved by technology

[0002] At present, when conveying solid materials, especially solid materials with small particle size and good fluidity, the conveying operations are often carried out through conveying equipment such as belt conveyors, augers, and high-pressure airflows. However, such traditional conveying operations The structure of the equipment is complex, the flexibility of operation and the place of production are poor, and the conveying efficiency is low. At the same time, during the conveying process, the solid materials are scattered, dust, frictional resistance and friction loss between the material and the conveying equipment, etc., resulting in material loss and At the same time that the environmental pollution is serious, it also leads to relatively high energy consumption in material transportation and the maintenance cost of the transportation system. For example, the patent application number is: "201520244307.6" "a pipeline coal transportation and water delivery process device under the condition of large drop terrain" and the application number is "201210404140.6" "a large-capacity long-distance airtight relay Pipeline Coal Transportation System and Method” and other patented technologies all record the transportation system and transportation method for long-distance transportation of coal particles using high-pressure water flow. Although it can meet the needs of long-distance transportation of solid particle materials such as coal to a certain extent, However, on the one hand, there are a large number of conveying system equipment in the material conveying system, the system structure is complex, and the structure of the conveying system is relatively fixed, which is greatly affected by the natural environment and site factors. According to the needs of conveying operations, the structure of the conveying system can be flexibly adjusted according to the type and location of the material source. On the other hand, material deposition is prone to occur during the conveying process, resulting in blockage of the conveying system and comprehensive recycling of water resources used for solid material conveying. The efficiency is low and the waste of water resources is serious, so the current water conservancy transportation system for solid material transportation cannot effectively meet the needs of current actual use

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