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[...]Highest purification quality and reuse of wastewater The membrane bioreactor process is a biological wastewater treatment process that works according to the principle of the activated sludge process (aerobic biological treatment of organically polluted wastewater with activated sludge), except that the secondary sedimentation tank, which ensures biomass retention, is replaced by membrane filtration. Membrane Technology Membrane Bioreactor Process The use of membrane technology greatly reduces the space required, as the structures necessary for the treatment process at municipal and industrial [...]

[...]Boyne Falls, MI USA[...]

[...]Lansing, MI USA[...]

[...]Wisconsin Dells, WI USA[...]

[...]Efficient and Reliable Grit and Mineral Waste Processing Reduce disposal costs Increase economic efficiency Separate disturbing solids and coarse material Separate organic matter Dewater residues Achieve landfill suitability Recover grit as raw material Save process water HUBER offers efficient and proven solutions for grit treatment and disposal of mineral waste such as road sweepings, gully contents, sewer sludge, grit trap material and infrastructure wastes. Our systems are designed to efficiently separate, dewater, and process these materials, reducing disposal costs and enabling the recovery [...]

[...]Beside other elements, phosphorus is essentially required for cell building and is mainly mined outside Europe. Our phosphorus resources are limited. Their price will therefore rise significantly in the future. Phosphorus is a main component of fertilisers and ends up in our food chain either directly via plants or indirectly via animal products. In the human organism phosphorus, as adenosine triphosphate (ATP), has the role of the energy supplier for our cells. About 2 g phosphorus per capita are flushed down the toilet every day. The phosphorus compounds contained within wastewater are [...]

[...]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[...]

[...]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[...]

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

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