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OPERATING STRATEGY FOR HIGH PERFORMANCE - SEQUENCING BATCH REACTOR AND APPARATUS

机译:高性能的操作策略-批量反应器和设备的排序

摘要

The present invention relates to a high efficiency operating method and an apparatus for a sequencing batch reactor. The high efficiency operating method for a sequencing batch reactor can efficiently remove nitrogen content in sewage, wastewater, and waste effluent. More particularly, the high efficiency operating method of the sequencing batch reactor comprises: (i) a first step for supplying raw water to be purified to a sequencing batch reactor having a prescribed capacity; (ii) a second step for measuring the concentration of ammonium nitrogen (NH_4^(+)-N) in the reactor; (iii) a third step for performing a denitrification process inside the reactor; (iv) a fourth step for supplying bubbles to the reactor and performing nitrification process; (v) a fifth step for standing the reaction solution in the reactor for a prescribed time; and (vi) a sixth step for discharging a prescribed amount of reaction solution from the reactor. The high efficiency apparatus for the sequencing batch reactor can select whether or not to continue the nitrification process based on real-time concentration of ammonium nitrogen in the reactor, and thus can prevent a phenomenon of precipitated sludge in advance which can be caused by excessive aeration while optimizing activity of denitrifying microorganisms.
机译:测序分批反应器的高效操作方法和设备技术领域本发明涉及测序分批反应器的高效操作方法和设备。用于顺序批处理反应器的高效操作方法可以有效地去除污水,废水和废水中的氮含量。更特别地,所述顺序分批反应器的高效操作方法包括:(i)将待纯化的原水供应至具有规定容量的顺序分批反应器的第一步; (ii)测量反应器中铵氮(NH_4 ^(+)-N)浓度的第二步; (iii)第三步,用于在反应器内进行反硝化过程; (iv)第四步,用于向反应器供应气泡并进行硝化过程; (v)第五步,将反应溶液在反应器中放置规定的时间; (vi)第六步骤,用于从反应器中排出规定量的反应溶液。用于顺序批处理反应器的高效装置可以基于反应器中铵氮的实时浓度来选择是否继续进行硝化过程,因此可以预先防止由于过度曝气导致的沉淀污泥现象。同时优化反硝化微生物的活性。

著录项

  • 公开/公告号KR101600578B1

    专利类型

  • 公开/公告日2016-03-07

    原文格式PDF

  • 申请/专利权人 HAN-IL E.N.G CO. LTD.;

    申请/专利号KR20160002502

  • 发明设计人 YOUN BEOM SUK;

    申请日2016-01-08

  • 分类号C02F3/12;C02F1/58;C02F3;C02F3/20;C02F3/30;

  • 国家 KR

  • 入库时间 2022-08-21 14:12:54

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