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method for determining the metabolic stability of sludge, especially sewage sludge

机译:污泥特别是污水污泥代谢稳定性的测定方法

摘要

Determining the metabolic stability of sewage sludge (3), comprising interrupting the oxygen supply to the sludge 7 times in same time interval and determining the oxygen content of the sludge before each interruption of the oxygen supply in the same time interval from the beginning of the interruption of the oxygen supply. The metabolic stability is determined from a change of the calculated oxygen content. An oxygen depletion of the sludge is observed after the interruption of the oxygen supply and the gradient of the oxygen content is observed during the oxygen supply. Determining the metabolic stability of sewage sludge (3), comprising interrupting the oxygen supply to the sludge 7 times in same time interval and determining the oxygen content of the sludge before each interruption of the oxygen supply in the same time interval from the beginning of the interruption of the oxygen supply. The metabolic stability is determined from a change of the calculated oxygen content. An oxygen depletion of the sludge is observed after the interruption of the oxygen supply and the gradient of the oxygen content is observed during the oxygen supply. The oxygen is supplied to the sludge by blowing compressed air for 30 minutes and the interruption of the oxygen supply takes place for 10 minutes. The oxygen supply raises the oxygen content of the sludge up to a saturation concentration. A remainder treatment for the sludge is determined from the volume of the oxygen supply and the change of the oxygen content. The oxygen content and the metabolic stability are transmitted for each sewage sludge quantity led into a grounding basin, to a monitoring device (15) for the long-term monitoring of the loading and/or controlling of the feeding of the grounding basin.
机译:确定污水污泥(3)的代谢稳定性,包括在相同的时间间隔内中断7次向污泥的氧气供应,并在从污水处理厂开始的相同时间间隔内的每次氧气供应中断之前确定污泥中的氧气含量。氧气供应中断。代谢稳定性由计算出的氧含量的变化确定。在氧气供应中断之后,观察到污泥的氧气消耗,并且在氧气供应期间观察到了氧气含量的梯度。确定污水污泥(3)的代谢稳定性,包括在相同的时间间隔内中断7次向污泥的氧气供应,并在从污水处理厂开始的相同时间间隔内的每次氧气供应中断之前确定污泥中的氧气含量。氧气供应中断。代谢稳定性由计算出的氧含量的变化确定。在氧气供应中断之后,观察到污泥的氧气消耗,并且在氧气供应期间观察到了氧气含量的梯度。通过吹入压缩空气30分钟将氧气供应至污泥,并中断氧气供应10分钟。氧气供应将污泥中的氧气含量提高到饱和浓度。污泥的剩余处理取决于供氧量和氧气含量的变化。氧气含量和新陈代谢的稳定性对于每个引入污泥池的污水污泥量都传输到一个监测装置(15),以长期监测污泥池的负荷和/或控制其进水。

著录项

  • 公开/公告号DE502005004458D1

    专利类型

  • 公开/公告日2008-07-31

    原文格式PDF

  • 申请/专利权人 PAULY UDO;

    申请/专利号DE20055004458T

  • 发明设计人 PAULY UDO DR.;REHFUS STEFAN;

    申请日2005-07-16

  • 分类号G01N33/18;C02F3/00;

  • 国家 DE

  • 入库时间 2022-08-21 19:48:45

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