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Upgrading an anaerobic/aerobic wastewater treatment plant

机译:升级厌氧/好氧废水处理厂

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The given example of an anaerobic/aerobic wastewater treatment plant (WWTP) for a big German brewery shows that it is possible to reduce the discharged values to a very low level, much lower than the minimum requirements of Appendix 11 of the German General Wastewater Administration Rule, which applies to breweries. This means that the present state of technology has been updated. Tests on a semi-technical scale were carried out and found to be necessary to find the most suitable design for the wastewater treatment plant. Running the tests in the brewery, it became obvious that disinfectants had to be substituted until a stable COD elimination was achieved. Full-scale tests in the plant would not have been feasible. Numerous modifications were carried out in the brewery to reduce the amount of cleaning and disinfectant agents as well as the amount of AOX, EDTA, NTA and aluminium used. The following article presents the findings of the investigations about the ammonification of organic nitrogen, bulking sludge and substrates for denitrification. Furthermore it demonstrates the low operating costs of anaerobic pre-treatment, even in combination with an aerobic stage and filtration unit. (C) 1998 IAWQ. Published by Elsevier Science Ltd [References: 7]
机译:给定的大型德国啤酒厂厌氧/好氧废水处理厂(WWTP)的示例表明,可以将排放值降低到非常低的水平,远低于德国总废水管理局附录11的最低要求适用于啤酒厂的规则。这意味着当前的技术状态已经更新。进行了半技术规模的测试,发现有必要找到最适合废水处理厂的设计。在啤酒厂进行测试后,很明显必须更换消毒剂,直到达到稳定的COD消除。在工厂中进行全面测试是不可行的。在啤酒厂进行了许多修改,以减少清洁剂和消毒剂的用量以及所用的AOX,EDTA,NTA和铝的含量。以下文章介绍了有关有机氮,散装污泥和反硝化基质的氨化研究的结果。此外,它证明了厌氧预处理的低运营成本,即使与有氧阶段和过滤单元结合使用也是如此。 (C)1998 IAWQ。由Elsevier Science Ltd发布[参考:7]

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