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2.1 Large On-site Wastewater Treatment andReuse Systems for Commercial Applications

机译:2.1商业应用的大型现场废水处理和回用系统

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The Central Queensland University (CQU) in partnership with GBG Project Management has installed large on-site treatment and reuse for a variety of commercial operations in Queensland. Systems range in size from 30 equivalent persons (EP) to 500 EP. Installations include taverns, motels, child care centres, and schools. The effluent produced at large commercial sites is significantly different to domestic wastewater with respect to constituents and generation patterns. Standard on-site treatment technologies used at large commercial sites may need to be adjusted to ensure water quality performance. At the sites study treatment is obtained through the use of a combination of septic tanks, filters, disinfection technologies, and the KEWT system, a recirculating evapotranspiration trench. A variety of filter media is used, such as zeolite, scoria, charcoal, rock, and sand. The KEWT trenches contain filter media, soil, and selected plant species. Effluent passing through the KEWT trenches is filtered physically and biologically, prior to being transpired by the plants. Any excess effluent can be recirculated through the trenches or diverted for water recycling. Treated effluent at the sites is available for reuse purposes, predominately irrigation. Effluent flow through the treatment and recycling systems is regulated by remotely controlled SCADA technology. The SCADA system is an intelligent control device that automatically regulates flow throughout the treatment process minimising the risk of hydraulic surges.
机译:昆士兰中央大学(CQU)与GBG项目管理公司合作,已在昆士兰州的各种商业运营中安装了大型现场处理和可重复使用的设施。系统的大小从30个等效人员(EP)到500个EP。设施包括小酒馆,汽车旅馆,儿童保育中心和学校。就组成和产生方式而言,大型商业场所产生的废水与生活废水明显不同。大型商业场所使用的标准现场处理技术可能需要进行调整,以确保水质。在现场研究中,通过使用化粪池,过滤器,消毒技术和KEWT系统(循环蒸发蒸腾沟)的组合来获得治疗。使用了多种过滤介质,例如沸石,氧化铈,木炭,岩石和沙子。 KEWT沟槽包含过滤介质,土壤和选定的植物物种。通过KEWT沟渠的废水在被植物排放之前,经过物理和生物过滤。任何多余的废水都可以通过沟渠再循环或转移用于水循环利用。现场处理后的废水可用于再利用,主要是灌溉。通过处理和再循环系统的废水流量由远程控制的SCADA技术进行调节。 SCADA系统是一种智能控制设备,可在整个治疗过程中自动调节流量,从而最大程度地减少了液压冲击的风险。

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