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[...]The HUBER ROTAMAT ® family is the foundation on which HUBER SE started its development in wastewater technology. On this basis, the company has been able to grow and develop continuously. With over 30 different machine types in mechanical pre-treatment alone, HUBER SE has developed into a globally operating company. Nevertheless, the ROTAMAT ® machines remain an important cornerstone of HUBER SE and now demonstrate that this system is still outstanding, especially in large projects with screen basket diameters of over 2 metres. The efficiency and reliability of the ROTAMAT ® technology is even[...]

[...]At HUBER SE, the 3,000th RakeMax ® screen has left the factory at the company’s headquarters in Berching. In the course of its almost 20-year success story, the RakeMax ® has become the flagship among screening systems. The HUBER Multi-Rake Bar Screen RakeMax ® , firmly established in the market and first presented to the public at the International Trade Fair for Sewage Technology IFAT 2005, has meanwhile proven itself more than three thousand times on the worldwide market of wastewater technology due to its versatile application possibilities. HUBER Multi-Rake Bar Screen RakeMax® HF In the [...]

[...]Berching, Germany At HUBER SE, the 3,000th RakeMax® screen has left the factory at the company’s headquarters in Berching. In the course of its almost 20-year success story, the RakeMax® has become the flagship among screening systems. The HUBER Multi-Rake Bar Screen RakeMax ® , firmly established in the market and first presented to the public at the International Trade Fair for Sewage Technology IFAT 2005, has meanwhile proven itself more than three thousand times on the worldwide market of wastewater technology due to its versatile application possibilities. The “anniversary machine” RakeMax[...]

[...]Grand Rapids, MI USA An alternative for ageing scraper bridges. They work constantly, know no weekends and are exposed to wind and rain. They are familiar with wear and corrosion and are grateful for a few drops of lubricating oil. We are talking about the scraper bridges of grit channels. When the ravages of time take their toll At some point, after what feels like two sewage works operator’s lifetimes, the time comes when this ‘vehicle’ is no longer fit for purpose. The concrete of the grit channel could certainly withstand the same amount of time again, but the machinery has had its day.[...]

[...]The HUBER Company No. 1 in WASTE WATER Solutions - worldwide About HUBER Technology, LLC, U.S. Vision & Mission and Management Quality Management and Certificates US Patent Notice About HUBER Technology, LLC, U.S. Vision & Mission and Management Quality Management and Certificates US Patent Notice worldwide 0 employees worldwide more than 0 m² production area Georg Huber, CEO and Shareholder of HUBER Georg Huber, CEO and Shareholder of HUBER "We drive forward the sustainable use of water, energy and resources" Georg Huber, CEO and Shareholder of HUBER Company Profile of the Global HUBER Group and[...]

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[...]Wastewater and sludge treatment for the production and processing of textiles and leather Save disposal costs Clean wastewater Minimise residues Separate solids Reduce operating costs Recover wastewater heat Save primary energy Wastewater and sludge treatment in textile and leather production is essential for managing the high levels of solids (particularly fibers and hair), color, and organic loads (BOD and COD) present in their effluents. These pollutants not only lead to substantial disposal and pollution charges but also pose environmental challenges if not adequately treated. It is therefore[...]

[...]San Antonio, TX USA[...]

[...]Luzern, Switzerland Due to the increasing building density, cities are generally faced with the problem of lesser and lesser infiltration of rainwater water during storm events and the associated increasing risk of overflowing local sewers. Moreover, road runoff water contains not only grit and gravel but also considerable amounts of eco-toxicologically relevant substances from tyre wear and tar residues, for example heavy metals, such as cadmium, zinc and lead, as well as polycyclic aromatic hydrocarbons [PAH] and petroleum-derived hydrocarbons [PDH]. During rainfalls, the abrasion particles[...]