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[...]Prevention of blocking Easy retrofit Sturdy design, reliable operation As stones and large objects present in sewers can damage pumps and the inlet equipment of wastewater treatment plants, such objects have to be removed to ensure reliable operation. Design and Function The HUBER Basket Screen CageLift prevents such blockage, the entanglement of debris and damage of equipment as it removes the material. The screen can be installed in a manhole prior to pumps, the size depending on the inflow rate and depth. The sturdy, stable basket screen with bar spacing from 20mm to 80mm retains the floating debris[...]

[...]A robust fine screen designed for surface water screening, delivering exceptional operational reliability and optimal cost efficiency Compact machine with throughputs of up to 528 MGD / 100,000 m³/h Innovative sealing concept for removing dirt from the clean water side Rugged design for maximum uptime and reliability Highly efficient and cost-effective operation with minimal maintenance requirements Machine design allows for shorter channels thanks to reduced laminar flows at the machine outlet Plant operators require durable fine screening machines to effectively shield pumps and membranes from[...]

[...]Compact design for significant savings in construction costs Best possible fish protection according to US standard EPA 316(b) Act Quick installation and commissioning due to pre-assembly and self-supporting frame Highly efficient and cost-effective operation with minimal maintenance requirements Plant operators require durable fine screening machines to safeguard pumps and membranes from dirt particles migrating to the clean water side. Optimizing the water's flow behavior in the sewer system is crucial. Excessive turbulence can lead to suboptimal pump inflow and must be minimized. More laminar flows[...]

[...]Removal of fibres and hair Service water and wash water treatment Defined separation size COD and BOD removal in river or sea outfall applications Protection of membrane filtration plants The separation of hair, fibers, and fine suspended materials from municipal and industrial wastewaters is crucial for ensuring the smooth, trouble-free, and low-maintenance operation of subsequent treatment stages. To effectively remove these materials, fine mesh screens are required. Wastewater treatment at the source is essential for many industrial facilities to comply with regulations for discharging wastewater[...]

[...]For high separation efficiencies For any flow rate Easy and reliable screenings transport The HUBER STEP SCREEN® System is highly regarded for its effective functionality, straightforward operation, and self-cleaning mechanism based on the counter-current principle, eliminating the need for additional cleaning aids. It is also easy to maintain, capable of handling exceptionally large volumes of screenings, and provides outstanding operational reliability. Design and Function The variable installation angle ensures Optimally adapts to individual hydraulic conditions, such as limited upstream [...]

[...]Pioneering screening technology designed for 70° / 75° installation angles Space-efficient design due to the steep installation angle The next generation designed for large discharge heights and deep channels For high flow rates Lifting of screenings at channel bottom level The HUBER STEP SCREEN® System is highly regarded for its effective functionality, intuitive operation, and simple cleaning process that requires no additional aids, thanks to its self-cleaning effect based on the counter-current principle. It is also easy to maintain, capable of managing large volumes of screenings, and [...]

[...]Sludge Acceptance Plant with Grit Trap and Grit Classifier Well-proven mechanical pre-treatment components combined within one plant With unaerated grit trap and integrated grit classifying screw Suitable for all types of septic sludge Reliable separation of all disturbing material Dependable and reliable in operation This type of plant is used for complete separation of screenings and grit. Well-proven mechanical pre-treatment components are combined within the HUBER Sludge Acceptance Plant ROTAMAT® Ro3.3. It consists of: Fine screen with integrated screenings press Unaerated grit trap with grit [...]

[...]The HUBER Sludge Acceptance Plant ROTAMAT® Ro3.1 is used for mechanical treatment of septic sludge. Effective retention of floating and suspended material Ensured complete automatic cleaning With optional screenings washing and pressing stages Suitable for all types of septic sludge Reliable separation of all disturbing material Dependable and reliable in operation Integration with HUBER Fine Screen ROTAMAT® Ro1 The HUBER Sludge Acceptance Plant ROTAMAT® Ro3.1 is used for mechanical treatment of septic sludge. For this task, HUBER Fine Screen ROTAMAT® Ro1 is installed in a tank. Design and Function[...]

[...]Retention of filterable solids from the secondary clarifier effluent Reduction of phosphorus by upstream precipitation Preliminary filtration in drinking water recovery from surface waters and in UV disinfection applications High hydraulic loads, insufficient tank depth and poor settling behaviour of the activated sludge are the most common causes for the poor performance of secondary clarifiers. Frequently, secondary clarifiers are even unable to reliably ensure the solids retention required. Overflow of flocks increases COD, BOD and phosphorus loads in the effluent and receiving watercourse[...]

[...]Reliable separation of solids from wastewater Low head loss due to the large effective bar rack surface High screenings discharge capacity Well-proven design based on the RakeMax® principle The RakeMax® HF is a L-shaped multi-rake bar screen and like the RakeMax® screen belongs to the MAX family of HUBER screens. This screen features a flat, hydraulically advantageous bottom section that transitions into a steep conveying section. This design combines the proven benefits of the RakeMax®, including reliable solids separation and high screenings discharge capacity, with minimal head loss due to the[...]