Sewage treatment basin with heating function

Abstract

The invention discloses a sewage treatment basin with a heating function, comprising a treatment basin body. The bottom of the treatment basin body penetrates the top of a ground and extends to the bottom of the ground; guardrails are arranged on two sides of the top of the treatment basin body respectively; a waterproof layer is arranged on the inner side of the treatment basin body; a pluralityof heat transfer rods I are arranged inside the treatment basin body; a heat absorbing plate is arranged between the heat transfer rods I and the inner side of the inner wall of the treatment basin body; the bottoms of the heat transfer rods I are provided with a plurality of heat transfer rods II; the bottom ends of the heat transfer rods II penetrate the bottom of the treatment basin body and extend out of the treatment basin body; the bottom ends of the heat transfer rods II are provided with a geothermal transfer device; the upper portion of each heat transfer rod II is sleeved with an anticorrosion layer. The sewage treatment basin has the advantages that energy consumption is lowered, biochemical reaction efficiency is improved, sewage treatment effect is improved, and the sewage treatment basin has high economic value.

Description

technical field [0001] The invention relates to the technical field of sewage treatment pools, in particular to a sewage treatment pool with a heating function. Background technique [0002] The treatment tank is an indispensable device in the sewage treatment process. During sewage treatment, the sewage enters the treatment tank after being treated, and performs important sewage treatment work. The sludge in the treatment tank undergoes biochemical reactions, and the biochemical reactions have precise requirements on temperature. Sewage can be efficiently treated within a specific temperature range. When the weather is relatively cold, the temperature of the sewage will decrease accordingly. When the temperature is lower than a certain temperature, the biochemical reaction of the sludge is slow and the effect of sewage treatment is poor. Most of the traditional methods use the method of converting electrical energy into heat energy to maintain the temperature. , but consum...

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Problems solved by technology

During sewage treatment, the sewage enters the treatment tank after being treated, and performs important sewage treatment work. The sludge in the treatment tank undergoes biochemical reactions, and the biochemical reactions have precise requirements on temperature. Sewage can be efficiently treated within a specific temperature range. When the weather is relatively cold, the temperature of the sewage will decrease accordingly. When the temperature is lower than a certain temperature, the biochemical reaction of the sludge is slow and the effect of sewage treatment is poor. Most of the traditional methods use the method of converting electrical energy into heat energy to maintain the temperature. , but the energy consumption is too large

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