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[...]HUBER Technology has recently expanded its hire equipment fleet, offering a range of new machines designed to meet the diverse needs of our customers. This expansion is part of HUBER's ongoing commitment to providing flexible, reliable, and cost-effective solutions for wastewater, and sludge treatment. New for 2025 and available for immediate hire is the HUBER containerised Sludge thickening S-DISC size 1 and the HUBER Belt Screen EscaMax® & WashPress WAP®L. HUBER Sludge Thickening S-DISC Containerised solution Complete with poly dosing unit, sludge feed and discharge pumps and controls Suitable for primary sludge, mixed sludge and SAS Plug & Play unit Sludge throughput up to 18cu.m/hr at 0.5% ds Thickening to typically 6% ds Available for immediate hire HUBER Sludge Thickener S-DISC containerised hire unit HUBER Belt Screen EscaMax® & WashPress WAP®L 6mm 2D screen complete with screenings handling unit for washing and compaction Supplied complete with control panel and tank Ideal for over pumping Flows up to 1000l/s Available for immediate hire HUBER Belt Screen EscaMax® & WashPress WAP®L hire unit These two new hire machines add to the ever-growing range which includes the ROTAMAT® Ro9 Combined Screen . This innovative machine combines screening, washing, transport, compaction, and dewatering in a single unit. It is capable of processing up to 340l/s per second, making it ideal for both unscheduled downtime and proactive maintenance planning. The Ro9's quick and easy installation, along with its low disposal costs due to integrated screenings washing and compaction, has made it a popular choice among HUBER's municipal water customers. The HUBER Screenings Wash Press WAP®L are skid-mounted screenings handling plants which come complete with control panels and discharge chutes, suitable for dry or launder feed. The units available can achieve a throughput of up to 18 c.um/hr. They offer intensive washing of screenings, ensuring that your site remains at full working capacity. The HUBER Sludge Acceptance Plants ROTAMAT® Ro3 are tank-mounted sludge screens, equipped with control panels, level, and flow controls, making them suitable for screenings of primary sludge, imported sludge, and septic tank waste. They can also be used during over-pumping for screening raw sewage and have a sludge throughput up to 230cu.m/hr at 3%ds. For those in need of a robust solution for removing coarse material from municipal and industrial sludge, the STRAINPRESS® Sludge Screen SP4 is available. This skid-mounted 5mm 2D sludge screen comes with a control panel and is designed to fit easily into existing processes. It has a sludge throughput up to 75 cu.m/hr at 3% ds. HUBER Technology's hire units are designed to be installed quickly and efficiently, minimising downtime and reducing costs for customers. HUBER offers support throughout the hire period, ensuring that customers can rely on their equipment to keep their operations running smoothly. HUBER Technology's investment in its hire equipment business will continue into AMP 8. We are committed to providing high-quality, reliable equipment that can be deployed quickly and effectively on-site, helping customers maintain their operational assets and optimise their performance. Whether you need a temporary solution for unscheduled downtime or a proactive maintenance plan, HUBER Technology's hire units provide a convenient and reliable option. If you would like to learn more about HUBER Technology's hire machines or discuss an enquiry, please contact hire@huber.co.uk .[...]

[...]Markham, Canada Official groundbreaking ceremony: Markham District Energy (MDE) has announced the start of the world's largest wastewater-to-energy transfer project at its Low Carbon Energy Centre in downtown Markham. MDE will use the HUBER ThermWin system to recover and utilise energy from wastewater. This will significantly reduce the carbon footprint and provide energy for the residents and infrastructure of Markham. 18 MW of low carbon thermal energy The HUBER ThermWin system in this project consists of five HUBER Pumping Stations Screen ROTAMAT® RoK4 700XL and 16 HUBER Heat Exchanger RoWin size 14 units. They will generate 18 MW of low carbon thermal energy which will be used to heat and cool homes and businesses in Markham. Reducing greenhouse gas emissions by 30,000 tonnes per year The system is expected to reduce greenhouse gas emissions by 30,000 tonnes per year. This will contribute to the climate targets of Ontario and Canada. Henk-Jan van Ettekoven (President, HUBER Technology Inc.): ‘HUBER is very pleased to make an important contribution to MDE's transformative Low Carbon Energy Centre. Our HUBER ThermWin system allows us to tap into the previously unused energy wealth in our existing wastewater infrastructure and utilise it as a renewable energy source. By integrating our ThermWin solution into this project, HUBER and MDE are taking a significant step towards a cleaner, greener future. We look forward to the positive impact this initiative will have on our communities and the environment.’[...]

[...]Efficient distribution of screenings Temporary storage of screenings Optimal distribution into containers Particularly suitable after a HUBER Wash Press WAP® The HUBER KT tipping trough is the ideal solution for evenly distributing screenings from wash presses. Designed for maximum reliability and flexibility, the HUBER Tipping Trough KT ensures optimised transfer of screenings to downstream containers. Design and Function The HUBER KT tipping trough uses a level sensor to detect incoming screenings and start the distribution process. The automated rotation of the trough allows the screenings to be discharged in one or both directions. This increases the bulk density of the screenings in the container, making them more compact so that the container’s capacity is used more efficiently. Manual distribution of screenings in the container by operating personnel is therefore unnecessary. Versatile and adaptable Thanks to its variable tipping length of 2 to 6 metres, the HUBER Tipping Trough KT can be tailored precisely to the specific requirements of your plant. The diameter of the trough is matched to the upstream machine, for which we recommend the use of a HUBER Wash Press WAP®. The robust construction ensures a long service life, even under demanding operating conditions. Optimal integration The HUBER Tipping Trough KT is specially designed for use with HUBER Wash Presses. It receives the cleaned and dewatered screenings from the press and distributes them efficiently into a container. Its easy integration into existing HUBER systems makes it the preferred choice for municipal and industrial wastewater treatment plants. Advantages of the HUBER Tipping Trough KT Flexible tipping length: 2 - 6 m for individual plant configurations Customised trough diameter: DN450 - DN600 for optimal connection to the upstream machine Robust design: for long-lasting, low-maintenance operation Efficient distribution: optimises material flow after screenings treatment Seamless system integration: ideally designed for use with HUBER Wash Presses[...]

[...]Ilkley, England In May 2024, HUBER received the initial design order for a project at Ilkley from its client, Ward and Burke Construction Ltd, with Yorkshire Water as the end user. The full order was confirmed in October 2024 and included the supply, installation supervision, commissioning, and training for the following equipment: 2 x HUBER Storm Screen ROTAMAT® RoK1 2 x HUBER Lidded Trough Screw Conveyor Ro8 T 2 x HUBER Wash Press WAP® L 4 Extensive infrastructure project A key component of the project was the design and construction of a 17,500 m³ storm tank to help the wastewater treatment plant to manage increased stormwater volumes. The proposed tank comprises dimensions of 135 m (L) x 25 m (W) x 5.2 m (average depth). The flushing chamber pockets comprise five chambers with the dimensions 1.8 m (L) x 4.9 m (W) x 2.975 m (D), providing an approximate flushing volume of 26 m³ per chamber. As part of the scope of works, Ward and Burke engaged HUBER to provide a stormwater screening solution to remove screenings from the incoming flow prior to entry into the tank. Influent flows are screened using the HUBER Storm Screens ROTAMAT® RoK1. The anticipated peak flow is 3,500 l/s, with each screen sized to handle 1,834 l/s, providing a combined capacity of 3,668 l/s. From the outset, it was clear that this would be a complex undertaking. Over the following months, the design phase required extensive collaboration with the client, with numerous revisions and discussions to address site constraints, operational requirements, and proposed design changes for both the storm tank and the HUBER equipment. HUBER’s proposed solution was two Storm Screens ROTAMAT® RoK1 500/6 9.375 mm 0°, each capable of passing a spill flow of 1,834 l/s. They feed into their own separate Screw Conveyors Ro8 T with a length of 7.200 mm. Each conveyor is capable of processing 4.0 m³/h. The conveyors feed into their own separate Wash Press WAP® L4, which has been designed to provide efficient separation of organic material from sewage screenings with subsequent screenings, compaction and dewatering, prior to discharge into the skip. Each Wash Press can process up to 4.0 m³/h. Successful delivery and commissioning Production was released in January 2025, and once the machines were delivered from Germany, the HUBER UK workshop team completed the final assembly works. All equipment was then delivered to site in a single shipment in June 2025, with installation supervision carried out at the same time. Due to the scale of the site and the ongoing civil works, the installation phase progressed over an extended period while the site works were being completed. Ward and Burke successfully completed the installation, and HUBER commissioning was finalised in February 2026. This was another highly interesting project from design concept to full operation, helping to make our “water world” cleaner and more sustainable. Overall, this was a successful project delivering multiple HUBER machines, and we are very pleased with the outcome. Special thanks go to our Northern regional team for their continued support throughout the site activities.[...]