| Abstract |
| This study was performed to investigate removal of pollutants removal by advanced molecule decomposition wastewater treatment of livestock wastewater. This process was to applied several systems, especially ozone and ultrasonic. The results are as follows. The concentration of BOD in livestock wastewater was 11,712.9㎎/ℓ and BOD removal efficiency was 99.9% of the total process. The BOD removal rate appeared to raise the decomposition and sediment tank. This was reasonable for radical reaction, adsorption and coagulation. The COD removal efficiency was 99.6% and the concentration of COD was 4,742.2㎎/ℓ. The Primary decomposition process and sedimentation tank were shown to have a higher COD removal rate. The TSS removal efficiency was 99.8% and appeared to raise the primary sedimentation tank. It appeared effective for adsorption and coagulation. The T-N removal efficiency was 98.9% and revealed to raise the primary decomposition process. It was reasonable of ammonia stripping. The T-P removal efficiency was 99.9% and was shown to raise the primary sedimentation tank. It effected coagulation reaction. In conclusion, the results of this research suggested that advanced molecule decomposition process can be an effective treatment of livestock wastewater. |
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| Key Words |
| Livestock Wastewater, Molecule Decomposition, Radical, Electronic Magnet |
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