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[...]Reliable water intake systems for open waters HUBER offers its customers a comprehensive portfolio of innovative mechanical treatment systems for water intakes, for both new plants and the modernisation of existing plants. The systems are customised to the individual needs and the required water quality of each project. Customers benefit from our decades of expertise for particularly stable and reliable fully automated machines with the best hydraulic properties for maximum separation rates. Depending on the application and installation situation, our solutions include multi-stage screens and screening[...]

[...]Reducing screenings volume and disposal costs The screenings from municipal wastewater treatment mainly consist of household waste-like materials, faeces, paper and mineral particles. The screenings volume depends on the aperture size of the screening system. The solids content of municipal, untreated screenings varies from 5 – 20 %, depending on the type of screen. The organics contained in the screenings amount on average to approx. 90 % of the dry residue [DR]. The objectives of screenings treatment are: Dewatering of the screenings and thus reduction of screenings weight and volume. This [...]

[...]Increasing operational safety for pumping stations Pumps and lifting units are used where wastewater needs to be lifted to a higher level so that it can be passed further on by gravity. However, the solids contained in the wastewater (coarse materials, foreign matter, fibres) often lead to a failure of the units used, as they cause operational downtimes due to clogging and blockages. Labour-intensive manual cleaning is required to restore the function of the units or, in the worst case, they even need to be replaced. To ensure trouble-free and reliable operation of a pumping or lift station, the [...]

[...]Safety climbing device, with design certification and CE marking, in accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel. In accordance with UVV regulations ladders with 3 m or 5 m a height of all must be equipped with devices that protect personnel against falls from a height, in accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel. The handle in the middle is made as a safety guard rail, with bottom and top trip gear, which can only be undone by hand, U-profile climbing rungs with perforated surface, 30 mm, slip resistance R 13 and lateral slipping limits[...]

[...]Safety access ladder with guard rail, with design certification and CE marking, in accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel. Designed to attach an insertable entrance aid. In accordance with UVV regulations ladders with 3 m or 5 m a height of all must be equipped with devices that protect personnel against falls from a height. In accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel, designed to attach an insertable entrance aid. Handles made of special profile of high rigidity (57 x 25 x 2.5 mm), covered with PVC caps. Rungs made of U-profile[...]

[...]Safety access ladder, with design certification and CE marking, in accordance with DIN EN 14396. Made of 1.4307 (AISI 304 L) stainless steel. Handles made of special profile of high rigidity (57 x 25 x 2.5 mm), covered with PVC caps. Rungs made of U-profile with perforated surface, 30 mm, slip resistance R 13, step height 280 mm, clear ladder width 300 mm, 400 mm or 500 mm. Completely shielded arc welded, acid-treated in a pickling bath and passivated. Variants Type A) Vertical installation Including long wall fixings, 150 mm brackets adjustable in height for dowelling, providing a minimum tread[...]

[...]Security Doors The successful improvement of our stainless steel doors Completely made from 1.4307 stainless steel (AISI 304 L) and certified to security of DIN EN 1627, burglar and attack proof. Our safety doors are applicable as access to buildings, especially in the field of potable water supply and for plants with increased security requirements. They are available in resistance class RC3 and RC4. Completely made from 1.4307 stainless steel (AISI 304 L) and certified to security of DIN EN 1627, burglar and attack proof. Our safety doors are applicable as access to buildings, especially in [...]

[...]Safety Climbing Systems Personal safety and safe investment! Safety access ladder SiS1 Safety Climbing Systems Safety access ladder with safety guard rail SiS2 Safety Climbing Systems Safety climbing device with integrated safety guard rail SiS3 Safety Climbing Systems Fall arrestor S5c in accordance with DIN EN 353-1 Safety Climbing Systems HUBER-safety climbing systems comply with regulations, standards and paragraphs. Personal safety and safe investment! Video: HUBER manhole equipment in operation Video about HUBER manhole equipment in operation Certainly the right choice - HUBER stainless[...]

[...]HUBER Case Studies for Safe Access Solutions Applications and Stainless Steel Equipment 2025-11-13 HUBER TT7 Doors: NYC’s Guardian Against Rising Waters In a city that never sleeps, resilience is non-negotiable. With the growing threat of storms and rising tides, some of... Continue reading 2024-03-11 Powell River, BC, Canada “Hotspot” for Stainless Steel Doors: Powell River WWTP (Canada) Receives 6 HUBER Pressure-Tight Doors TT7 Proven products from the Safe Access Solutions (SAS) business unit for Canada: HUBER is supplying a total of 6... Continue reading 2024-02-05 The growing importance of[...]