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[...]Hot Springs, AR, USA[...]

[...]Phoenix, AZ, USA[...]

[...]About HUBER Technology, LLC HUBER Technology, LLC is the U.S. subsidiary of HUBER SE, a globally renowned leader in water, wastewater, and sludge treatment solutions. Since its establishment in 1999, HUBER Technology, LLC has delivered high-quality, stainless steel products and innovative technologies tailored to the unique needs of the North American market. HUBER Technology, LLC headquarter HUBER Technology, LLC is the U.S. subsidiary of HUBER SE, a globally renowned leader in water, wastewater, and sludge treatment solutions. Since its establishment in 1999, HUBER Technology, LLC has delivered[...]

[...]Access Solutions Secure access solutions for all requirements In many fields of drinking water supply and sewage disposal, access solutions and complete system solutions for various structures are required. In this case, solutions are needed for access in shafts and tanks, some of which have high requirements for burglar resistance. For manhole access, there are also some useful HUBER products to ensure the safety of the operating personnel. In many fields of drinking water supply and sewage disposal, access solutions and complete system solutions for various structures are required. In this[...]

[...]The best access for your structure Accesses to structures for drinking water supply or wastewater disposal have high requirements. For drinking water supply structures, for example, a burglar-resistant door must be installed in accordance with DIN EN 1627. In the drinking water tank itself, access to the water chamber is required for maintenance. Pressure-tight doors are used for this purpose. To allow access above the water level, special water chamber doors must be used. In the field of drinking water supply and wastewater disposal, there are many shaft structures that require an access or [...]

[...]Adjustable louvre TT10.B for internal face of the wall, ready for installation, 1.4307 (AISI 304 L) stainless steel. Frame , made from angle section with boreholes for bolted fixing. Slats , adjustable, overlapping when closed, with chain pull lockable in any position. Both frame and slats are shielded arc-welded and acid bath cleaned before washing, drying and surface passivation. Options: 1.4404 (AISI 316 L) stainless steel Fixing material[...]

[...]Adsorption with granulated activated carbon (GAC, German GAK) is a simple, reliable and, above all, low-maintenance process. This makes it ideal as a fourth treatment stage, especially for smaller wastewater treatment plants. The core component of the process is the HUBER Active Carbon Filter CONTIFLOW® GAC , which is filled with granulated activated carbon and acts as an adsorber for the micropollutants. The particle size of granulated activated carbon (GAC) is usually between 0.5 mm to 4 mm. GAC Granulated Activated Carbon The HUBER Active Carbon Filter CONTIFLOW® GAC is installed [...]

[...]Elimination and reduction of micropollutants with the PAC process Trace substances can be removed from wastewater with the help of powdered activated carbon (PAC), as the micropollutants adsorb to the activated carbon. Powdered activated carbon is ground activated carbon. According to DIN 12903, at least 95 percent of the mass fraction must have a grain size of less than 150 micron. The average particle diameter of typical powdered activated carbons is approximately in the range of 10 micron to 50 micron. For the elimination of micropollutants, the powdered activated carbon is added directly[...]

[...]Micro Screens and Filter Advanced wastewater treatment for removal of suspended solids to improve clarifier effluent quality Products for Micro Screening and Filtration Disc Filter Pile Cloth Media Filter Sandfilter Active Carbon Filter Reliable and innovative solutions for advanced wastewater treatment HUBER offers reliable and innovative solutions for advanced wastewater treatment by means of filtration, active carbon filtration, micro-screening and pile cloth media filtration. This leads to a significant effluent quality improvement in addition to the following treatment stages - for [...]

[...]Aeration/deaeration plant, max. throughput 264 gal/h (250 m³/h) Natural aeration/deaeration plant with air connections on both sides to improve the hygiene in drinking water reservoirs. The system is entirely constructed from 1.4307 (AISI 304 L) stainless steel with the exception of the filter material, shielded arc welded, acid-treated in a pickling bath and passivated for enhanced durability. Ready-to-operate installation, without additional brickwork, plastering, chiselling and electrical work, without drain pipe. The louvre is attack-proof, pre-finished, rigid design, with a stable frame[...]