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[...]Whether in the development of new machines, the production of a plant or in customer support by service staff: The areas of application of digital twins affect more and more areas in the company itself, but also in its environment. In general, a digital twin is understood to be the virtual representation of a physical object that reflects its properties and behaviour at all times. Even if this provides an initial indication of what a digital twin is, the lack of a uniform definition makes it difficult to imagine what a digital twin looks like, what benefits are associated with it – and why HUBER is[...]

[...]North America It's the next chapter in the success story of the HUBER Multi-Rake Bar Screen RakeMax ® , which has been on the market for many years. As the name CenterFlow already suggests, the incoming wastewater is channelled through the open end face into the "interior" of the screen and the U-shaped bar rack installed parallel to the flow direction. The incoming wastewater flow is broken up and flows through the one-dimensional bar rack arranged to the right and left of the end plate at right angles to the inflow direction before the treated wastewater is deflected a second time by 90° back [...]

[...]Sun Valley, ID, USA[...]

[...]Kreßberg, Germany With the new EU Urban Waste Water Treatment Directive (UWWTD, German: KARL), phosphorus removal at sewage treatment works is increasingly coming into focus. At the same time, however, phosphorus loads from sewage treatment works are also one of the reasons why Germany still fails to meet the requirements of the European Water Framework Directive (WFD 2000). Not least for this reason, further measures will be necessary at many sewage works in the future. Flocculation filtration in Kreßberg At the Kreßberg (GK3) sewage treatment works in Baden-Württemberg, this issue is now viewed[...]

[...]Pachacútec , Peru HUBER supplies the technology for solar sewage sludge drying for the wastewater treatment plant in Pachacútec. The plant, located more than 10,000 kilometres from HUBER’s Berching site, is already the second project in Peru using the innovative drying technology with the HUBER Sludge Turner SOLSTICE® and solar energy. HUBER supplies innovative components for sewage sludge drying using solar energy HUBER supplies three HUBER Sludge Turner SOLSTICE® 11 units and the conveying system consisting of two HUBER Screw Conveyors Ro8 T 355 with a total length of about 70 metres. In [...]

[...]Schwabach, Koblenz, Frankfurt Niederrad For almost 20 years already, HUBER SE has provided successful solutions for the treatment of road sweepings, sewer grit and grit from sewage treatment plants. With more than 170 projects executed worldwide HUBER has gained extensive experience in the treatment of STP grit, sewer grit and road sweepings. Our solutions have continuously been further developed in the course of the past years. The major challenge has been and still is the different composition of the raw material which can have a massive impact on downstream grit treatment systems. The result[...]

[...]Billings, MT USA[...]

[...]Butte, MT USA[...]

[...]Detmold, Germany The Detmold wastewater treatment plant has replaced its old step screen with a modern HUBER Multi-Rake Bar Screen RakeMax® J. The decision was made in favor of HUBER SE, who realized the entire project from start to finish – from preparing the drawings to installing and successfully commissioning the new screen system. The new HUBER RakeMax® J impresses with its high efficiency and reliability in coarse and fine screening of wastewater. Thanks to its robust design and innovative technology, it contributes significantly to improving screening efficiency and ensures the wastewater[...]

[...]Utzenaich, Austria HUBER air filter plants are able to achieve separation efficiencies in excess of 99.95% In some water chambers condensation drops occur on the ceiling and walls. This should generally be prevented through sufficient insulation of the ceiling, sloping ceilings or through special coatings. Frequently, however, the problem cannot be solved with static methods. In 2011 already, we published a report about our experience with retrofitting forced ventilation systems in the elevated reservoir Utzenaich in Austria. When the reservoir with two rectangular chambers with 250 m³ capacity[...]