Evaluation of Magnesium Ammonium Phosphate (MAP) Particle Separate Performance using Combined MAP Reactors with a Small Settling Basin Separate, a Baffle Separator at Top Combined with a Hydrocyclone

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  • 塔頭に小型沈殿部・分離遮蔽板を有した反応塔とサイクロンの組み合わせによるＭＡＰ粒子の分離特性評価
  • タッチュウ ニ コガタ チンデンブ ブンリ シャヘイバン オ ユウシタ ハンノウトウ ト サイクロン ノ クミアワセ ニ ヨル MAP リュウシ ノ ブンリ トクセイ ヒョウカ

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This study examined the possibility of combined with MAP crystallization treatment using a reactor with compact settling zone combined with hydrocyclone treatment to achieve a high rate of treatment. e MAP reactors with a compact sedimentation basin or a baffled plate separator at top of reactor were discussed, hydro-retention time were 4.6 min and 1.6 min for the separator zone, respectively. The mean removal rate of total phosphorous T-P by MAP crystallization was 86.7% and 55.3%, respectively. The fine MAP particle in effluent from MAP reactor was separated by hydrocyclone. Overall T-P removal rate are reached 89.5% and 77.6%, respectively.

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