[...]Rednitzhembach, Germany HUBER was awarded the contract in early 2024 to supply and install a HUBER Rotary Drum Fine Screen ROTAMAT® Ro2 with a downstream HUBER Wash Press WAP® for renewing the STW’s screening system. These have now been in operation since the end of August 2024. Technical challenge and solution in the screen channel A particular challenge in this project was that the screen channel had to be widened from 600 mm to 1000 mm in the area of the screen basket. In order to minimize conversion time, which included demolishing the old channel and continuing to operate the sewage treatment[...]
[...]Bitburg and Kyllburg, Germany A HUBER Service partnership on the basis of our service and maintenance contracts has meanwhile become a much-demanded HUBER Service product worldwide, especially when it comes to absolute security for plant operation yet low and calculable operating costs! Preventive maintenance and inspection on a manufacturer quality level and their benefits for the customer, such as high operational reliability high machine performance calculable operating costs maintenance of value and investment security professional and reliable support of the operating staff on site detailed[...]
[...]Optimization of existing treatment concepts through adapted machine technology Industries that produce wastewater with above-average pollution levels must either pre-treat it before discharge into the sewer or treat it completely biologically before it can be returned to water bodies. The relevant regulations result from the Water Resources Act, or from local statutes and environmental legislation. Since these industries can usually provide wastewater treatment with comparatively few resources, necessary optimizations are often not undertaken, and this is reflected in particular in increased [...]
[...]Access door for containers, especially in the field of potable water supply, pressure-tight up to a water gauge of 32.8 ft. / 10 m Pressure-tight door , pressure-tight up to a water gauge of 32.8 ft. / 10 m, opening to the pressure side, ready for installation, to be lined on both sides (wall thickness ≥ 12 in. / 300 mm), rectangular, completely made from 1.4404 (AISI 316 L) stainless steel, statically certified. Registered design no. 298 01 144.1 Door, plate thickness: 0.2 in. / 5 mm thick , reinforced with U-shaped bent plate. Smooth door leaf on the pressure side. With circumferential square [...]
[...]Access door for containers, especially in the field of potable water supply, pressure-tight up to a water gauge of 98.4 ft. / 30 m Pressure-tight door , pressure-tight up to a water gauge of 98.4 ft. / 30 m, opening to the pressure side, ready for installation, to be lined on both sides (wall thickness ≥ 12 in. / 300 mm), rectangular, completely made from 1.4404 (AISI 316 L) stainless steel, statically certified. Door, curved convex design with frame reinforcements to ensure that the acting pressure forces can pass into the door frame via the circumferential frame. With circumferential special silicone[...]
[...]Access door for containers, especially in the field of potable water supply, pressure-tight up to a water gauge of 32.8 ft. / 10 m Pressure-tight door , pressure-tight up to a water gauge of 32.8 ft. / 10 m, opening to the pressure side, ready for installation, to be lined on both sides (wall thickness ≥ 11 in. / 280 mm), rectangular, completely made from 1.4404 (AISI 316 L) stainless steel, statically certified. Door, 0.2 in. / 5 mm thick , reinforced with U-shaped bent plate. Smooth door leaf on the pressure side. With circumferential square silicone seal, suitable for potable water, ozone resistant[...]
[...]Using the thermal energy of process water to reduce operating costs Much of the industrial wastewater comes from the food production sector: slaughterhouses, breweries and beverage industry, distilleries, and dairies. Wastewater from the chemical industry or mineral oil processing is also part of industrial wastewater. Independent of the specific industry sector, these different types of wastewater have one thing in common: the high energy content of the wastewater streams. Recovering thermal energy from process water The reuse of thermal energy already contained in the production cycle is becoming[...]
[...]During dry weather, organic and inorganic sediments increasingly settle on the sewer base in combined sewer systems due to slow flow velocities. Under stormwater conditions, these sediments float up and arrive along with the sewer flow at the sewage treatment plant or stormwater overflow structure. If the combined sewer volume exceeds the capacity of the overflow structure or sewage treatment plant, the combined water is frequently discharged to a receiving water course, impairing water quality with the result of increased costs for maintenance and cleaning. As a preventive measure, coarse material[...]
[...]Good ideas always find imitators The RakeMax® HF excellently combines the advantages of the well-proven RakeMax® with the positive properties of a screen with a bar rack that is installed with only a small inclination. The multi-rake bar screen RakeMax® for preliminary mechanical wastewater treatment was developed by HUBER in 2003 and presented to the public for the first time at IFAT 2005. Due to its versatility the RakeMax® has since very well proven its efficiency and become firmly established in the global wastewater technology market. More than 1,300 reference installations give proof of [...]
[...]ROTAMAT® Screens Screening – Washing – Transport – Dewatering in one unit A system designed for screens that delivers maximum separation efficiency and throughput, proven in thousands of installations worldwide. A system designed for screens that delivers maximum separation efficiency and throughput, proven in thousands of installations worldwide. Products and Variants HUBER Fine Screen ROTAMAT® Ro1 ROTAMAT® Screens HUBER Rotary Drum Fine Screen ROTAMAT® Ro2 / RPPS / STAR ROTAMAT® Screens HUBER Micro Strainer ROTAMAT® Ro9 ROTAMAT® Screens HUBER Complete Plant ROTAMAT® Ro5 ROTAMAT® Screens | [...]