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[...]Kodersdorf, Germany Kodersdorf in Saxony is located on the White Schöps River and is characterised by a charming landscape, nestled between the Königshainer Mountains and the Upper Lusatian pond landscape in the vicinity of Görlitz. The sewage treatment plant in the industrial area has a capacity of 7,500 PE and aerobic sludge stabilisation. The plant was expanded from 4,500 PE to 7,500 PE in 2023. The expansion of capacity also necessitated the construction of a second sludge storage facility and a stationary sludge dewatering system. To ensure efficient sludge disposal for the future, the sewage [...]

[...]Villach, Austria For many decades, the coarse screens designed as direct current screens served their purpose in the Villach sewage treatment plant, which has a capacity of 250,000 PE. During rainfall events, it often happened that the resulting amounts of screenings could no longer be conveyed because the single rake was unable to hold them. The reason for this was that the clearing interval lasted more than one minute – a circumstance that led to the accumulation of screenings in front of the screen during a flushing surge, which in turn often resulted in the collapse of the screening system. [...]

[...]Bickenbach, Germany After around three years of construction, the quaternary treatment stage at the Bickenbach wastewater treatment plant was officially commissioned on 2 April in the presence of numerous representatives from business and politics. The quaternary treatment stage in Bickenbach treats up to 150 litres of wastewater per second and will in future reliably retain the largest proportion of hazardous and persistent micropollutants such as pharmaceutical residues, hormones, biocides and household chemicals. Minister Hofmann: ‘Today is a good day for Bickenbach, for the whole region, for [...]

[...]Berching, Germany Whether microscreening, pile fabric filtration or GAC adsorption In recent years, hardly any other topic has been discussed more intensively than the introduction of the 4th treatment stage for the targeted removal of trace substances. Even though there are currently no binding legal requirements in Germany, more and more municipalities and wastewater associations are now considering how this treatment stage could be implemented in the near future, taking into account all individual requirements and boundary conditions. In addition to wastewater composition, space conditions and [...]

[...]British Columbia, Canada[...]

[...]Québec, Canada[...]

[...]Niagara Falls Convention, Ontario/Canada[...]

[...]Saskatchewan, Canada[...]

[...]Quarzbichl, Germany Quarzbichl, a material extraction and marketing company, provides municipal waste management services for the districts of Bad Tölz and Wolfratshausen. It also processes compost into high-quality soil on site. The surface wastewater produced is collected in an intermediate storage tank and treated for direct discharge into the Loisach River. The HUBER Dissolved Air Flotation Plant HDF process was chosen because the wastewater is almost exclusively contaminated with particles, the process effectively separates suspended solids from clear water without blockages, and the resulting[...]

[...]Wittenberge, Germany The Wittenberge municipal utilities have set itself the goal of making the heat supply for the city in north-western Brandenburg and its surrounding districts largely climate-neutral by 2045. As part of municipal heating planning, various options for expanding and decarbonising the heating network are being investigated. River water as a source of energy A first step in this direction was completed at the end of last year with the construction of a new heating plant featuring a heat pump system, an electric boiler and a CHP unit. The heat pumps use water from the Stepenitz[...]