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[...]Contact Last name, First name * E-mail * Company * Phone Country, State * Occasion Occasion (please select) Call-back Specific project Information material After-sales service Event Other Your Message * I have read the Privacy policy and information on data processing and storage. * Please fill in at least all fields marked with (*) . By submitting the contact form, the information you provide will be stored and processed by us for the purpose of responding to your enquiry. The processing takes place exclusively for this purpose. Further information on this can be found in our privacy policy. _[...]

[...]Contact Last name, First name * E-mail * Company * Phone Country, State * Occasion Occasion (please select) Call-back Specific project Information material After-sales service Event Other Your Message * I have read the Privacy policy and information on data processing and storage. * Please fill in at least all fields marked with (*) . By submitting the contact form, the information you provide will be stored and processed by us for the purpose of responding to your enquiry. The processing takes place exclusively for this purpose. Further information on this can be found in our privacy policy. _[...]

[...]Contact Last name, First name * E-mail * Company * Phone Country, State * Occasion Occasion (please select) Call-back Specific project Information material After-sales service Event Other Your Message * I have read the Privacy policy and information on data processing and storage. * Please fill in at least all fields marked with (*) . By submitting the contact form, the information you provide will be stored and processed by us for the purpose of responding to your enquiry. The processing takes place exclusively for this purpose. Further information on this can be found in our privacy policy. _[...]

[...]Contact Last name, First name * E-mail * Company * Phone Country, State * Occasion Occasion (please select) Call-back Specific project Information material After-sales service Event Other Your Message * I have read the Privacy policy and information on data processing and storage. * Please fill in at least all fields marked with (*) . By submitting the contact form, the information you provide will be stored and processed by us for the purpose of responding to your enquiry. The processing takes place exclusively for this purpose. Further information on this can be found in our privacy policy. _[...]

[...]Efficient drying process for partial drying of sludge The HUBER Disc Dryer RotaDry® is used for the disc drying process. A disc dryer is a contact dryer that transfers heat to the medium to be dried via direct contact of the hot disc. HUBER is an expert in drying processes and designs the optimal drying plant based on the individual requirements to ensure an economically and ecologically optimal utilization of the sewage sludge. Disc Drying of Sludge The entire disc dryer process consists of the following main components and process steps: Intermediate storage and feeding To ensure continuous[...]

[...]Solutions for Sludge Treatment Highly efficient and comprehensive solutions for all stages of sludge treatment Mechanical Sludge Treatment Solutions for reliable mechanical sludge treatment - screening, thickening, dewatering. Sludge Drying Wastewater sludge is dried to minimize its mass and to save sludge hauling and disposal costs. HUBER offers various solutions to minimize the sludge volume to be disposed. Efficient solutions for cost-effective sludge disposal and utilization Sludge is produced during municipal and industrial wastewater treatment, and many other industrial processes also generate[...]

[...]Complete process technology for the treatment of surface water Surface water can be treated into drinking water using the following physical, mechanical, and chemical process steps: Coagulation: Dosing a coagulant to the raw wastewater Flocculation: Dosing a flocculant and possibly a flocculation aid to the raw wastewater results in the formation of flocs. Clarification: The flocs are separated from the water, for example with a lamella separator. Filtration: The clarified water is then filtered in order to separate even the smallest solids and flocs. Depending on the requirements, single-layer [...]

[...]Screens for solids retention at sewer overflow structures for the protection of water bodies Structures with overflow are used to relieve the sewer system during rainfall. They either discharge the excess water/sewage/combined water directly into the receiving watercourse or initially store it temporarily. In practice, different types of structures can be found: Stormwater overflow: As soon as the water level in the sewer rises above a maximum permissible level, wastewater is discharged into the receiving water via an overflow channel. Stormwater overflow tank: When the rain weather begins,[...]

[...]Collapsible hand post with double handle, with design certification in accordance with DIN 19572 Made of 1.4307 (AISI 304 L) stainless steel, for safety access ladders with 11 in., 12 in., 13 in. / 300 mm, 400 mm, 500 mm width, for ladder lengths from 6 ft. / 2,010 mm. Overall length: 70 in. / 1,800 mm. Entrance aid in accordance with DIN 19572. Access ladders must have a handle at their exit. This requirement is considered met if one or both ladder handles extend at least 3.6 ft. / 1.1 m beyond the exit height. Completely shielded arc welded, acid-treated in a pickling bath and passivated. [...]

[...]Single-beam entrance aid, with design certification in accordance with DIN 19572 Made of 1.4404 (AISI 316 L) stainless steel. Available as either a removable and portable or as stationary collapsible unit. Consisting of a handle and guide. Guide with two holes, diameter: .47 in. / 12 mm, for bolted fixing to the wall of the manhole. Equipped with a handle made from distortion-free pipe, 33.7 x 3.6 mm, total length: 59 in. / 1500 mm. Completely shielded arc welded, acid-treated in a pickling bath and passivated. Additional options available: Stainless steel fixing material: stud anchors Special[...]