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Introduction介绍BPC has successfully completed a project for bilge water treatment.BPC’s novel biological method allowed a highly efficient depletion of TOC, COD, ammonia and phenols, as well as other contaminants.The biological process was straight forward, without any pre-treatment, and resulted with a significantly lower sludge level, allowing a more effective and economical post-treatment.One of the WWTP situated near the Rotterdam port, Holland, operates a biological process for cleaning bilge water , as well as other wastewater types .The plant has encountered some operational difficulties due to the high sensitivity of the system, as well as the high sludge levels produced in the process.Furthermore, it was also facing a growing need to increase the plant’s capacities.These reasons have motivated the plant’s team to seek for an alternative method, more suitable for high contamination level and still efficient and economical.BPC已经成功完成一个舱底水治理项目。BPC的新生物方法允许TOC、COD、氨、酚类以及其他污染物的高效损耗。生物过程是直接,没有任何预处理,并导致显著降低污泥标准,允许一个更有效和经济的后处理。一个污水厂坐落在鹿特丹港口附近,荷兰,设有清洗舱底水的生物过程,以及其他类型的废水。工厂遇到了一些操作系统的困难由于灵敏度高,以及在此过程中产生的污泥标准高。此外,它还面临着不断增长的需要增加工厂的能力。这些原因促使工厂的团队寻求另一种方法,更适合高污染水平并仍然经济有效。BPC’s Technology BPC的技术BPC’s innovative biological method for wastewater treatment is an elegant and simple way to overcome the existing challenges of currently common biological methods.The method, known as the automated Chemostat treatment(ACT), is based on maintaining a pre-selected bacterial “cocktail” at a stable and low concentration, while monitoring the system with a fully automated control unit.BPC的创新生物废水处理方法是一种简洁的方法用来克服现有常见生物的挑战的方法。方法,称为自动恒化器治理(ACT),是基于预先确定细菌的“混合物”，维持在一个稳定和低浓度,而监控系统是一个完全自动化的控制装置。BPC’s solution to the client’s needBPC的解决客户的需要Considering the client’s desire to decrease the sludge levels and increase the hydraulic and organic loads on the existing wastewater treatment process, BPC offered a two steps solution. In the first step BPC will build and operate a pilot system that will demonstr