Energy-saving muddy water treater with backwashing function

Abstract

The invention discloses an energy-saving muddy water treater with a backwashing function, and relates to the technical field of water treatment. The energy-saving muddy water treater comprises a primary settling chamber, an intermediate settling chamber, a final storage chamber and a lifting mechanism, the primary settling chamber is used for sucking muddy water and carrying out primary settling to obtain primary settling water on the upper layer. The intermediate settling chamber is located above the primary settling chamber, the intermediate settling chamber is used for sucking the primary settling water and carrying out secondary settling to obtain secondary settling water located on the upper layer, the final storage chamber is located beside the intermediate settling chamber, and thefinal storage chamber is used for sucking the secondary settling water and carrying out temporary storage and later cyclic utilization. And the lifting mechanism is used for opening the primary settling chamber and the intermediate settling chamber and cleaning settled substances in the chambers. In practical application, the muddy water treater can be used for rapidly and efficiently purifying muddy water, and a small part of purified water can be used for cleaning the muddy water treater.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to an energy-saving mud water processor with backwashing function. Background technique [0002] In the process of ore mining, water washing equipment is often used to spray high-pressure water to wash out the ore. This process will inevitably produce a large amount of muddy water. If the muddy water is discharged directly, it will inevitably cause serious damage to the environment. The existing method is usually to intercept the sediment with the fence baffle, but it can only intercept the large particles of the sediment, and the treatment effect is not good. The existing mud water processor generally consumes a lot of energy, or uses chemicals for treatment. A lot of resources are wasted, and manual management is required in the process of processing, which is not conducive to automatic management and requires a lot of labor costs. Contents of the invention [0003] Th...

AI Technical Summary

Problems solved by technology

If the muddy water is discharged directly, it will inevitably cause serious damage to the environment.

The existing method is usually to intercept the sediment with the fence baffle, but it can only intercept the large particles of the sediment, and the treatment effect is not good. The existing mud water processor generally consumes a lot of energy, or uses chemicals for treatment. A lot of resources are wasted, and manual management is required in the process of processing, which is not conducive to automatic management and requires a lot of labor costs

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