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[...]Frame window, rigid, ready for installation Made from two-sheet special 1.4301 (AISI 304) stainless steel profile with intermediate special plastic core to prevent thermal conduction, thermally insulated according to EN 10077, Uf = 2.70 W/(m²*K). Glazing bead invisibly fastened . Frame, designed for dowelling into window soffit, including fixing material. Machine ground surface finish. Dry glazing with insulation glass, without KTW approval Options 1.4404 (AISI 316 L) stainless steel Special glazing (e.g. security glass) Outside window sill made from stainless steel Water chamber window, with drain[...]

[...]Universally applicable for controlled ventilation of buildings, especially in the field of potable water supply, and for plants with increased security requirements. Rigid safety louvre TT2.JW (for external face of the wall), attack proof, ready for installation, of rigid all welded construction, completely made from 1.4307 (AISI 304 L) stainless steel. Frame, made from Z profile , 3 mm thick, designed for internal bolted fixing, with access to the anchors only from the interior wall surface. Slats, 3 mm thick , rigidly welded, with the slats staggered so that penetration is impossible even[...]

[...]Heating and cooling with wastewater as a regenerative energy source Buildings play an important role in the fight against the threat of climate change. Worldwide, real estate is one of the largest consumers of fossil fuels, which are used for heating and cooling, among other things. Rising living standards and the overall increase in population will cause consumption to rise further if we do not succeed in improving energy efficiency. In addition to the right choice of building materials and good thermal insulation, the most important thing is to choose the right system for heating and cooling[...]

[...]Ingelheim, Germany HUBER Active Carbon Filter CONTIFLOW® GAK: The quaternary treatment stage Boehringer Ingelheim Pharma GmbH & Co.KG was founded by Albert Boehringer in Ingelheim on the Rhine in 1885. The company operates a central wastewater treatment plant on their research and development location in Biberach an der Riß (Baden-Württemberg). The treated wastewater is discharged directly to the receiving water course. As part of a research project investigating the reduction of trace substances and micropollutants, a partial flow of the wastewater generated daily is treated there. This partial[...]

[...]Braunschweig, Germany The "baby" solar dryer is back In 2012, HUBER SE manufactured a mobile solar dryer in a container for Expoval Sludge, a research project supported by the Federal Ministry of Education and Research (BMBF). The dryer was extensively tested in cooperation with the Institute for Sanitary Engineering of the Technical University of Braunschweig in Germany, in Poland and in Colombia. The results achieved with the dryer were summed up in a DWA work sheet on solar sludge drying. The baby solar dryer was recently taken out of the research project and overhauled. In autumn this year[...]

[...]Replacing the primary clarifier with a fine screen – HUBER CarbonWin® In the HUBER CarbonWin® process, the primary clarifier is replaced by a fine screen. This results in the following advantages: Only 1/10 of the space required compared to conventional primary clarifiers Minimised investment and operating costs Suitable to be integrated into existing plants The primary clarifier is the last stage of the mechanical pre-treatment of a wastewater treatment plant and works according to the anaerobic sludge stabilisation process. In the primary settling tank, undissolved organic and inorganic substances[...]

[...]Plants for sludge treatment (e.g. HUBER Screw Press Q-PRESS ® , HUBER Disc Thickener S-Disc) or for pre- and secondary treatment of industrial and municipal wastewater (e.g. HUBER Flotation Plant HDF) are usually purchased in Germany. This involves prior planning, authorisation, construction of infrastructure and buildings, as well as permanent responsibility for the acquired plant technology. In addition, the process from idea to implementation often takes several years. Industrial plant operators, in particular, increasingly wish and demand to rent rather than permanently purchase machinery [...]

[...]Glasgow, Scotland[...]

[...]Berching Regular maintenance by the manufacturer is the key to the safe and efficient operation of wastewater treatment plants. It also plays a vital role in preserving the value of your machines. With HUBER service you benefit from professional maintenance and original spare parts – directly from the manufacturer. This prevents unplanned breakdowns, extends the service life of your equipment, ensures long-term operational reliability and makes it possible to plan operating costs. HUBER Machine and Plant Service offers you comprehensive support with long-term benefits. In addition, the HUBER Digital[...]

[...]Production increase or conversion of production make it necessary to upgrade the wastewater treatment systems For reasons of cost and efficiency, industrial wastewater treatment plants are often planned and constructed according to the current capacity utilisation of the facilities. Changes in production and product changes, capacity increases and other factors often lead to plants being too small at the time of commissioning or after a few years already, and the required effluent qualities can no longer be achieved. While machine technology that is too small can often be easily adapted to the [...]