チューブ接触酸化装置における硝化モデル
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概要
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A mathematical model simulating the nitrification process in a tublar wastewater treatment contactor was presented. According to the model, the operation of nitrification are quantitatively analyzed. <BR>When the reaction rate is not affected by the liquid phase mass transfer resistance in honeycomb tube, a specific relation between the effluent BOD and NH<SUB>4</SUB>-N concentrations. Which is similar to that obtained for the activated sludge and rotating biological contactor process, can be obtained. When the reaction rate is controlled by the liquid phase mass transfer resistance, on the other hand, little higher effluent NH<SUB>4</SUB>-N concentration than that in the former case at low BOD concentration is obtained. <BR>Methods to predict the NH<SUB>4</SUB>-N removal under various operating conditions of the contactor for two cases : the oxygen-supply-controlling and the oxygen-transfer-controlling, were also presented. The results of the illustrative calculations were compared with the observed data and discussed.
論文 | ランダム
- 鉄バクテリアによる除鉄・除マンガン装置の開発
- エアレーションにおける鉄及びマンガン水酸化物の粒子径と操作条件に関する研究
- 空気再生-接触濾過除マンガンの可能性に関する考察
- オゾン・粒状活性炭プロセスの除マンガン
- 除マンガン濾材による溶解性マンガンの除去(Jour.AWWA,Vol.80,No.12,1988)