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[...]Sustainable processing and recycling of mineral waste Mineral-rich wastes such as street sweepings, sludge from sewer flushing and cleaning of stormwater tanks and gullies, and grit trap material contain not only grit and gravel but also trash (e.g. packaging material), coarse materials (e.g. stones, wood, glass, metal parts) and organic materials (e.g. soil, leaves, grass, fruit stones and cereal grains). For the processing and treatment of such mineral wastes HUBER offers individually designed grit treatment processes. Process Process technology according to requirements Depending on the required[...]

[...]Complete system solutions for drinking water reservoir equipment HUBER has been committed to the development and supply of equipment for drinking water reservoirs for decades and relies on the material stainless steel. A wide range of standardised products as well as complete system solutions have been developed. The product range includes manhole covers , venting chimneys , access ladders , doors , louvres , windows , pressure-tight doors . Many standardised parts are even available from stock at short notice. In addition, HUBER develops special solutions together with the customer. Reliable [...]

[...]Safety for people and water with HUBER products and solutions Water is our most important food and every human being worldwide should always have access to water in sufficient quantity and quality. The task of water suppliers is the extraction, treatment, storage and distribution of water to the consumers. HUBER has been supporting the water utilities in their task for decades with an extensive product range and numerous solutions. HUBER products and solutions for the safety of people and water Drinking Water Treatment : Selected process technology for the production of drinking water from [...]

[...]Solutions for cost-efficient sludge dewatering Sewage sludge produced in municipal and industrial wastewater treatment plants requires dewatering prior to further treatment or utilisation. Rising costs for sludge disposal make it necessary to concentrate the sludge to a high solids content. Mechanical sludge dewatering is used to reduce the amount of sludge by separating sludge water. A more or less firm sludge cake is produced. Prior to its dewatering, fed sludge is first flocculated by addition of polymers (sludge conditioning). Sludge Conditioning Economic Sludge Dewatering For the economic [...]

[...]Mechanical sludge thickening to reduce sludge volume Before sludge with a very high water content is subjected to further treatment, it makes sense and is often necessary to reduce its volume by thickening. This also increases the solids content of the sludge. If sludge with a solids content of 1% is thickened to 6% solids, this gives a volume reduction of more than 80%. The thickening of the sludge is effected by separating sludge water; thin sludge becomes thick sludge, which is viscous but still pumpable. Sludge Volume Reduction Excess Sludge Thickening Sludge settles in gravity thickeners and is[...]

[...]Birmingham, UK[...]

[...]St Davids, Wales Project Profile HUBER Technology recently completed a project for Dwr Cymru Welsh Water at St Davids STW. HUBER Technology engaged with the client early 2019, the unit was delivered to site late 2022 and commissioned in March 2023. This project was part of the upgrade to the site at St Davids to improve the sludge thickening on site and follows on from the successful project at Fishguard STW. HUBER Technology Supplied 1 x HUBER Containerised S-DISC Sludge Thickener Objective & Solution The primary objective was to reduce the number of tanker movements from this site. This was[...]

[...]Belgrad, Serbia[...]

[...]Chippenham, UK HUBER Technology recently completed a project for Wessex Water at our local treatment works Chippenham STW in Wiltshire. HUBER Technology were engaged in the design phase of this project prior to order in 2019 and were awarded the project in 2021 and finally commissioned in early 2022. Project Profile Chippenham STW serves the town of Chippenham and its surrounding areas with a PE of approximately 40,000 people. HUBER had been involved on and off in the site since the late 1990’s. The site had 3 2M wide elevated inlet channels, 1 bypass channel and 2 Screen channels with 6mm INKA[...]