Oil-water separation chamber with multi-circuitous channels

Abstract

The invention discloses an oil-water separation chamber with multi-circuitous channels. The oil-water separation chamber comprises a separation chamber, wherein the separation chamber is provided with a cubic chamber body and is respectively provided with a mixed liquor inflow port, a lubricating oil overflow port and a cuttings liquor overflow port; the separation chamber is internally provided with multiple partition plates, the partition plates partition the separation chamber into multiple small chambers, the front several partition plates are laterally staggered and provided with gaps so that the separation chamber is of a multi-circuitous-channel structure, the last partition plate is a laterally full-closed partition plate, the bottom of the last partition plate is provided with a gap, the cuttings liquor overflow port is arranged at the top of the last small chamber, and the lubricating oil overflow port is arranged at the top of the chamber in front of the cuttings liquor overflow port. According to the invention, the oil-water separation chamber with multi-circuitous channels is simple and ingenious in structure, realizes high oil-water separation efficiency by using the multi-circuitous channels, and can be applied to an oil-water separation system of a water tank of all kinds of cutting tool machines, or a place requiring the separation of mixed liquid, and can also be applied to oil-water separation equipment, thus saving huge production cost for a customer and improving the production efficiency.

Description

[0001] technical field [0002] The invention relates to an oil-water separation tank with multiple circuitous channels. Background technique [0003] The lubricating oil and cutting fluid used in the machinery industry need to be separated from oil and water after mixing. [0004] The oil-water separation equipment on the existing market does not take into account the separation characteristics of oil and water substances in the design, but only uses a simple structure of oil-water separation tank for oil-water separation. After the cutting fluid and lubricating oil are mixed, they are transported to a separation tank through a conveying equipment for separation. The separation efficiency of the separation tank is low, and the cutting fluid volume delivered by the conveying equipment cannot be loaded, so effective separation cannot be carried out, and the liquid flow port of the separation tank has no liquid. The separation effect is poor due to the overall adjustment of t...

AI Technical Summary

Problems solved by technology

After the cutting fluid and lubricating oil are mixed, they are transported to a separation tank through a conveying equipment for separation. The separation efficiency of the separation tank is low, and the cutting fluid volume delivered by the conveying equipment cannot be loaded, so effective separation cannot be carried out, and the liquid flow port of the separation tank has no liquid. The separation effect is poor due to the overall adjustment of the structure, which increases the cost of the separation equipment, and it is not energy-saving and emission-reducing.

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