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[...]With integrated screenings washing and compaction For channel installation or supplied in a tank With optional frost protection for outdoor installation Both municipal wastewater treatment plants and industrial applications rely on mechanical treatment as the first step to remove as much floating, settling, and suspended material as possible. The goal is to achieve the highest separation efficiency based on the prevailing hydraulic conditions. Key factors for a successful mechanical separation system include reliable operation, high efficiency, and hygienic performance. The HUBER Micro Strainer[...]

[...]In September 2015, new standards went into force which for the first time refer explicitly to manhole covers made of stainless steel: DIN EN 124-3:2015-09, manhole tops and gully tops for use in vehicular and pedestrian areas Compared to the previous DIN EN 124, several additional tests have been added, such as: Securing of the cover / grating within the frame Skid resistance test Tipping behaviour test, etc. From 2017 on at the latest, relevant products must comply with the new DIN EN 124 standards. Since the transitional period has begun already, it is recommendable to prepare tender specifications[...]

[...]Designed in accordance with DWA standards or customised design Available with or without aeration Optional separate grease chamber with automatic grease removal Manufactured entirely in stainless steel Grit separation from wastewater will prevent operational problems, such as grit sedimentation, increased wear, and blockages. Design and Function Grit separation The grit chamber design It is available in both aerated and unaerated versions. The choice between the two options depends on factors such as the storm-to-dry weather flow ratio and whether additional grit treatment systems are planned or [...]

[...]HUBER Screw Conveyor in a lidded trough Transport of coarse, fine and compacted screenings, sludge, grit, and solids from industrial processes HUBER Screw Conveyors Ro8 T are installed for horizontal or inclined transport of screenings, dewatered sludge, grit etc. from wastewater treatment plants, or other solids from industrial processes. The entire process of material transport takes place within a lidded trough. Gentle movement in an enclosed pipe prevents odor nuisance and dust development. Design and Function The HUBER Screw Conveyors are tailor-made for the specific product to be conveyed[...]

[...]Energy recovery from wastewater for heating and cooling Modular design Developed especially to be used with all types of wastewater Odour-tight Not easily affected by coarse and floating material Low maintenance requirements Self-cleaning Right below the ground, in sewers, is a hidden and seldom used source of energy: our wastewater. Generally the temperature of sewage is in the range of 54 – 68 °F / 12 to 20 °C. Even during winter the wastewater temperature never drops below 50 °F / 10 °C, or only for a few days. This makes wastewater an excellent heat source for the operation of heat pumps. [...]

[...]The HUBER Grit Washer RoSF4 T provides an efficient and cost-effective solution for washing and dewatering grit, while reducing organic content and minimizing disposal costs. Reduced disposal costs Less than 3 % organic content Very high solids content of > 90 % Easy retrofitting, seamlessly integrates with existing grit classifiers Conventional grit separation Conventional grit classifiers separate virtually all solids contained in the grit trap effluent. This classified and partly dewatered grit is usually more or less contaminated with organic particles. Subsequent grit washing The classified[...]

[...]Classifying and washing in one system Reduced disposal costs Low investment costs Over 90% separation efficiency of grain size > 0.2 mm Reduction of organic content to < 5% Also suitable for classified grit trap material from biogas plants The Grit Washer RoSF G4E combines continuous separation and washout of contaminated grit trap material in one plant. Design and function Grit classifying Sediments from the grit trap are introduced in the upper part of the plant as a mixture of grit, organics and water. Due to the low surface overflow rate virtually all particles are separated and accumulate in[...]

[...]Wackersdorf, Germany The aim of the waste management industry is the processing of sands and mineral waste into recyclable fractions. Decisive for the competitiveness of a waste management company is the economic acceptance and treatment of the input material. Especially the low operating costs as well as the low maintenance requirements of the HUBER machine technology form the basis for the economic efficiency of the sand treatment process. Furthermore, HUBER technology ensures a consistently high quality of the recyclable fractions. This, in turn, provides the waste management company with planning[...]

[...]Exceptional separation efficiency of up to 75 micron Compact design and small footprint Integrated floating material separation Ideal for high grit loads The new HUBER Grit Trap GritWolf® is different from space-consuming aerated grit channels as it consists of a dual-chamber configurationthat combines an aerated and an unaerated grit trap chamber. Applications: New wastewater treatment plants Retrofit of Aerated Grit Chambers Pre-treatment for membrane bioreactors (MBRs) Design and Function In the first, smaller chamber of the HUBER Grit Trap GritWolf®, wastewater undergoes medium-bubble [...]

[...]Cable operated coarse screen for reliable removal of bulky material: Pump station protection Seawater intake Surface water intake Sewage treatment plants Screen sizes: Screen width: up to 13 ft. / 4 m. Wider on request. Discharge height above channel floor: up to 98 ft. / 30 m. Deeper on request. Bar spacings: ≥ 16 mm Installation angle: 70-90° Design and Function The HUBER Grab Screen TrashLift is designed for easy retrofitting into existing channels, with the flexibility to be installed even without channel recesses. Wastewater is screened using a coarse bar screen or trash rack, and the [...]