Large/complex underground pump room configuration method and application

Abstract

The invention discloses a large / complex underground pump room configuration method and application. According to the large / complex underground pump room configuration method and application, a slurry pump is arranged on the ground of a pump room; a sewage tank is arranged under the ground of the pump room, and a sewage pump is arranged inside the sewage tank; a crane is arranged in the middle vertical space of the pump room; the top of the pump room is provided with an electric hoist; the crane and the hoist can directly lift up the slurry pump, the sewage tank and the sewage pump; the devices are lifted up to a central hoisting hole through the trolley crane and then up to the ground the electric hoist at the top. The large / complex underground pump room configuration method and application has the advantages that installation and maintenance of the slurry pump, the sewage pump, the sewage tank and the like inside the underground pump room can be completed through one trolley crane and one electric hoist, so that operation convenience can be obtained. besides, the large / complex underground pump room configuration method and application has the advantages of being small in space occupation, beneficial to pipeline layout and installation and observation of a flow meter or the like, low in investment, reliable in technology and the like, thereby being particularly applicable to large dressing plants.

Description

technical field [0001] The invention relates to a large-scale (complex) underground pump room configuration method, in particular to a concentrated underground pump room in a primary dehydration process in the production process of a large-scale mineral processing plant, which belongs to the mineral processing production process configuration method. Background technique [0002] At present, with the development of mineral processing technology, there are more and more large-scale mineral processing plants, large-scale primary dehydration equipment and underground pump rooms are also increasing, and the depth and complexity of underground pump rooms are also increasing. The installation of pump room equipment And maintenance is more difficult, the layout of pipelines, the installation and observation of flowmeters, etc. are more difficult. The existing pump room generally uses a single lifting device, which cannot adapt to the complex situation of centralized underground pum...

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Problems solved by technology

[0002] At present, with the development of mineral processing technology, there are more and more large-scale mineral processing plants, large-scale primary dehydration equipment and underground pump rooms are also increasing, and the depth and complexity of underground pump rooms are also increasing. The installation of pump room equipment And the difficulty of maintenance is increased, the layout of pipelines, the installation and observation of flowmeters, etc. are difficult

The existing pump room generally uses a single lifting device, which cannot adapt to the complex situation of centralized underground pump rooms in the primary dehydration process in the production process of large-scale mineral processing plants

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