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Outcomes of a nine-year pilot plant trial along with one year of full-scale operation of the MBR at Henriksdal WwTP are presented. Data include long-term permeability trends, nutrient removal, cleaning optimisation, micropollutant fate and foaming control.
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PFAS emissions vary in concentration and effluent volume across the different stages of the the PVDF membrane life cycle. While there is no evidence of significant emissions during the use stage, emissions from fabrication and disposal have been reported.
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Dennis Livingston and Simon Judd answer a range of questions on the design, operation & maintenance, applications (municipal and industrial, including reuse), troubleshooting, and general characteristics of MBR technology as used for wastewater treatment.
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What commercially-available tubular (or multi-tube) membrane products are used in sidestream MBRs for treating wastewater? What are the characteristics of the membranes, and how does the footprint of the membrane component compared with immersed sysems?
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Five examples of novel or innovative municipal wastewater and sludge treatment technologies aimed at meeting the global sustainability challenge, including anaerobic treatment, hydrothermal carbonisation, phosphate recovery, annamox and photobioreactors.
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What commercially-available immersed hollow fiber MBR membrane products are on the market for wastewater treatment? What are their designs, membrane material & pore sizes, air scour rates, and panel & module sizes including packing density and footprint?
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MBRs remove pathogens primarily through size exclusion by the membrane and dynamic fouling layer, entrainment within the activated sludge flocs, and subsequent wasting and biological degradation in the activated sludge, complicating LRV determination.
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What commercially-available immersed flat sheet MBR membrane products are on the market for wastewater treatment? What are their structures, membrane material & pore sizes, and air scour rates, panel & module sizes including packing density and footprint?
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Water reuse refers to the reclamation, purification and reuse/recycling of wastewater from municipal or industrial processes. There are three types of water reuse applications: non-potable reuse, indirect potable reuse, and direct potable reuse.
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The 37 MLD MBR at Woolston, UK, is an example of an imaginative plant design for an intensive process technology being implemented within a very small footprint. We were shown round the site to look at all the various inter-connected elements first-hand.
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An off-grid wastewater treatment system for use in informal settlements was tested over an 18-month period. The NEWGenerator is based on an anaerobic sidestream MBR with downstream processes, all powered by photovoltaic cells mounted on the roof.
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The membrane-aerated biofilm reactor (MABR) − like the ZeeLung MABR − is a fixed film process where the biofilm is fed with oxygen via the membrane on which the biofilm sits. It is a version of a fixed film process rather than a suspended growth one.
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