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[...]Vision & Mission Vision & Misson No. 1 in WASTE WATER Solutions – Worldwide Our aim is to promote the sustainable use of water, energy and resources Water, wastewater and energy as a whole We offer our customers systems and services together with products that can purify, save and protect water. In addition we have processes that will utilize any beneficial residual materials that are produced. Customer Service is a major priority The customer’s benefit and their satisfaction are the basis of our past and future success. Game-changing technical solutions We offer high quality innovative products on a competitive basis. Our solutions can be tailored to meet specific requirements of individual customers. Living processes As a company we are constantly working to improve our internal workflows and processes to ensure that the structure of our organization is efficient and forward looking. This enables us to continuously develop and enhance the quality of our solutions and products and allow us to provide excellent customer services. Overall experience Our flexibility and independence allow us to ensure customer satisfaction and we are confident that our strength and ability will guarantee the quality of the services we can provide. As an international company we are confident that we can provide the ideal elements within our value chain to attain the maximum benefit for each individual customer. Success through co-operation Our company actively encourages co-operation in working relationships and responsible management based on trust and respect. Our company employs highly qualified staff and we ask each and every one of them for a high level of commitment, motivation and professionalism. Responsibility for environment, society and employees Our products and services contribute to protecting the environment and we are committed to ensuring that our products and services act in accordance with the principles of sustainability. It is our aim to meet the social responsibility our company has. Occupational health and safety are part of our self-concept and are an important contribution to the company's success. Our Company Our company has remained a family owned business since its foundation in 1872 which has given us financial independence. This has resulted in a business strategy which has provided the basis for long term planning and development leading to profitable future growth. Management Board of HUBER SE (ltr): Franz Heindl, Georg Huber (CEO), Dr.-Ing. Oliver Rong (Vice-CEO), Rainer Köhler Management Board of HUBER SE "HUBER is a family business that has been operating under the HUBER name since 1872. We think long-term and strive for sustainable growth so that HUBER can be handed over to the next generation as a financially strong company." Georg Huber (CEO & shareholder of HUBER) Member of the Management Board: Georg Huber CEO and shareholder of HUBER Dr.-Ing. Oliver Rong Vice CEO Rainer Köhler Franz Heindl Management Board of HUBER SE (ltr): Franz Heindl, Georg Huber (CEO), Dr.-Ing. Oliver Rong (Vice-CEO), Rainer Köhler[...]

[...]WTE Wassertechnik GmbH takes over the 50% share in sludge2energy GmbH of HUBER SE WTE Wassertechnik GmbH, the service provider for the design and construction of plants for drinking water supply, wastewater disposal and thermal waste treatment, takes over HUBER SE's 50% share in sludge2energy GmbH. sludge2energy GmbH was founded jointly by WTE Wassertechnik GmbH and HUBER SE in 2012. The main business purpose of the company is the planning, construction and operation of thermal sewage sludge utilisation plants for the generation of heat and energy, which make an important contribution to waste disposal security and environmental protection. WTE Wassertechnik GmbH handles large-scale sewage sludge utilisation projects both in Germany and internationally and intends to further expand its market position. The experience gained so far in sludge2energy GmbH and the current project portfolio are a good complement to this. With the sale of the 50% share in sludge2energy GmbH, HUBER SE intends to withdraw from the business as a plant manufacturer for mono sludge treatment plants in order to be able to further expand and focus its successful strategic market position in the sludge drying sector. WTE Wassertechnik GmbH and HUBER SE intend to continue to cooperate successfully in the execution of projects in the future. The transaction is subject to the usual regulatory approvals.[...]

[...]Wash Presses Reliable screenings treatment with high dewatering efficiency and maximum washout degree for reduced disposal costs HUBER Screenings Wash Press WAP® Wash Presses HUBER Screenings Wash Press WAP® SL Wash Presses HUBER Screenings Wash Press WAP® SL HP Wash Presses Wash presses reduce the mass and volume of screenings and consequently the disposal costs The best method of screenings treatment is washing and compaction with a wash press. Fecal matter and other organic materials are removed and returned into the wastewater flow. As a result, a good wash press increases the BOD 5 load to the biological treatment process by about 6 %. After washing, the screenings are compacted to reduce the water content and increase the solids concentration. Dewatering is improved by the removal of organic materials during washing. A good wash press can achieve a weight and volume reduction of up to 80 % and thus consequently reducing the disposal costs.[...]

[...]Kinmel Bay, Wales HUBER Technology recently supplied, installed and commissioned three HUBER Belt Screen EscaMax®, a 6 mm 2D perforated plate fine screen and two HUBER Screenings Wash Press WAP® L BG8’s to Kinmel Bay, a Dwr Cymru Welsh Water coastal site in North Wales. Each HUBER EscaMax® Screen was designed for a hydraulic flow of 450 l/s. The existing inlet works contained two tank mounted Longwood’s escalator screens and could cater for 900l/s. They struggled to deal with the incoming flows, overtopped and bypassed regularly. With a new development of 1700 new houses, the existing works was condemned and a new open area was set aside for new inlet works on site. The new inlet works would be required to screen a total of 1250l/s. JN Bentley considered the use of hydraulic modelling to optimise the layout and to ensure hydraulic performance of the new inlet works and commissioned a scale physical hydraulic model. HUBER and Dwr Cymru Welsh Water visited the scaled physical hydraulic model and got to see first-hand the model in operation. The model layout was altered as a result of the model testing, the grit trap was rotated 90° in line with the inlet channels, and a low baffle wall was built to aid flow into the rest of the works. Once the results from the physical model were approved an order was placed with HUBER and work started on site. Installation of HUBER EscaMax® inlet screens and HUBER WAP® L commenced in Feb 2019. Full commissioning, optimisation and the provision of O&M Staff training of all the new equipment. HUBER Technology Supplied 2 No. 5000/952/6 HUBER EscaMax ® Screens with 6 mm perforated plate screen elements for a hydraulic throughput of 450 l/s per screen. 1 No. stainless steel “U” shaped 300mm launder. 2 No. HUBER WAP®L 8S Wash Presses suitable for a screenings throughput of 8 m3/hour. Mechanical Installation of all HUBER equipment. “ The complex challenges of this project meant that it was imperative we engaged early and effectively with the Contractor. Building the physical model gave Dwr Cymru Welsh Water the confidence that the right equipment was proposed for this site. We are confident that the equipment supplied will provide the end user with a vast improved performance of the inlet works and downstream processes.” Adrian Heneghan - Area Manager for HUBER Technology Key Benefits of HUBER Technology's Solution Fully tested solution using a fully scaled hydraulic model Choice of perforation sizes on the EscaMax® with a screening capture ratio of 84% and maintenance free ceramic bearings WAP® L –screening capture ratio of up to 18m3/h with a low wash water requirement and volume, weight and disposal costs reductions up to 85% 500 + UK installations For more information please contact Rachael Harvey 01249 765052, email Rachael.Harvey@huber.co.uk[...]

[...]Innovative products and solutions for any type of wastewater treatment plant and sludge treatment We are experts in providing machines and equipment for the various stages of wastewater and sludge treatment on sewage treatment plants. With our plants and machines we can offer reliable solutions for any size of sewage treatment plant. From large centralized wastewater treatment plants to small decentralized sewage treatment works, HUBER has the right solution. HUBER experts support consultants and operators With our practical knowledge accumulated over decades and experience from thousands of projects, we are a competent partner for both consultants and operators of sewage treatment plants. HUBER experts provide support for new design, modernization, expansion or optimization of wastewater treatment plants, and our service specialists are reliably at the operator's side for maintenance and repair. Products and solutions for efficient wastewater and sewage sludge treatment We are experts in providing machines and equipment for the various stages of wastewater and sludge treatment on sewage treatment plants. With our plants and machines we can offer reliable solutions for any size of sewage treatment plant. From large centralized wastewater treatment plants to small decentralized sewage treatment works, HUBER has the right solution. HUBER offers various products and solutions for wastewater treatment plants: Mechanical pre-treatment : As the first stage of wastewater treatment, operationally reliable mechanical cleaning is the basic prerequisite for all subsequent wastewater treatment stages. Advanced wastewater treatment : For safe compliance with increased requirements on the quality of the treated wastewater, various processes are available for reducing and eliminating solids, phosphorus, nitrogen and micropollutants (quaternary wastewater treatment). Screens for pumping stations : Special screens and screening systems ensure the operational safety of pumping stations and lift stations. Mechanical treatment of sludge : Removal of coarse material and other solids as well as thickening and dewatering of sludge to reduce volume. Sludge drying : Thermal processes for partial or complete drying of sludge as a prerequisite for safe and economic disposal or recycling. Access solutions for manholes and tanks : At wastewater treatment plants, solutions for access into manholes and tanks are required for various applications. After-sales service : With our HUBER Global Service Team we offer comprehensive and competent customer service that leaves nothing to be desired.[...]

[...]Wastewater Treatment Plants and Sewer Systems Products and solutions for the protection of people and the environment We offer solutions and products as well as after-sales service for consultants and operators of sewer networks and wastewater treatment plants. With decades of experience from many thousands of projects, we are a competent partner worldwide for the planning and realization of operationally safe, reliable and customer-oriented solutions. We offer solutions and products as well as after-sales service for consultants and operators of sewer networks and wastewater treatment plants. With decades of experience from many thousands of projects, we are a competent partner worldwide for the planning and realization of operationally safe, reliable and customer-oriented solutions. Sewer System Wastewater Treatment Plants HUBER solutions for sewer systems and wastewater treatment plants We have the right machinery and process technology to enable operators to meet the growing demands for sewer network management, wastewater treatment and sludge disposal. Ease of maintenance as well as minimum operating costs are important considerations during the development of our products and solutions. Sewer systems : HUBER has various products and solutions to meet the challenges associated with the operation and maintenance of a sewer network. Furthermore, we enable the use of the wastewater in the sewer system as a regenerative energy source. Wastewater treatment plants : From mechanical pre-treatment to the fourth treatment stage, we have the right machinery and process technology for efficient and reliable operation. For the increasingly important task of sludge treatment and disposal, we have solutions from sludge thickening to sludge dewatering and drying, so that all legal requirements can be met at minimum disposal costs.[...]

[...]Cork, UK When DuPont needed to improve their on-site ETP performance, replacing the existing final settlement tanks with HUBER DAF units provided a compact solution. Background The site in Cork makes Micro Crystalline Cellulose Powder, a filler/binder for pharmaceutical and veterinary tablets. The raw material for this is Wood Paper Pulp. In the manufacturing process, large belt filters are used to recover the product as a wet cake but the filtrate and cake washings require treatment before discharge to sewer. The nature of the wastewater is similar to that found in a paper mill, rather than a normal chemical plant. In order to reduce the COD in the treated water, the site uses a large activated sludge lagoon to biologically break down the contaminants. This biological process generates solids, which also need to be removed from the flow. Historically this had been achieved using settlement tanks, but the site were looking to optimise performance as well as reclaim some of the space these large tanks occupied. Solution As one of the largest stainless steel users in Europe, HUBER were well placed to provide a high specification unit capable of dealing with the wastewater. With Dissolved Air Flotation units already in operation treating very similar wastewater, the client was able to visit existing plants as well as the HUBER manufacturing plant before making their equipment selection. The new HUBER Dissolved Air Flotation Plant HDF installation provides solids and associated COD removal form the waste water leaving the activated sludge lagoon, ready for discharge to sewer. All-round walkways make access to the DAF units very easy and the automatic polymer batching system reduces operator input. The units are installed outdoors and have solid covers over the top of the tanks, these provide protection from blown in debris such as leaves and prevent any wind or rain from affecting the process. Separated solids are floated to the top of the machine and removed by an automated mechanical scraper system, which moves the sludge into a sludge hopper for forward pumping to the site’s sludge storage tank. The client attended a FAT (factory acceptance test) for both the DAF and control panel. HUBER provided the full equipment scope to site, including: 2 No HUBER Dissolved Air Flotation Plant HDF S8 units in stainless steel grade 316 Automated 4,000 litre polymer batching plant to flocculate the wastewater Duty/Standby sludge and chemical dosing pumps Pipe flocculator to mix wastewater and polymer within an enclosed, small footprint Pre-programmed Form 4 control panel to automate operation of the plant Access steelwork around all sides of both units Key figures: Flow: 145 m³/h Feed COD: 2,000 to 7,500 mg/l Feed TSS: 6,000 to 8,000 mg/l For more information please contact +44 1249765000, email rotamat@huber.co.uk[...]

[...]Munich, Germany "Klinikum rechts der Isar" is the university hospital of TU Munich (TUM). There is an intensive cooperation between the university's research facilities and the clinical centre. About 5,000 employees dedicate themselves to the care of sick, research and science. Every year, about 60,000 patients profit from residential treatment and 245,000 from ambulatory treatment at the highest medical level. With about 30 clinics and departments and about 1,100 beds the hospital is a house of supramaximal care which covers the whole spectrum of modern medicine. Due to the close cooperation between the medical and research institutions patients profit from new findings in scientific studies at a very early stage. From 2012 to 2014, a new central sterile supply department (ZSVA) was built where medical products such as surgical instruments are cleaned and disinfected and come back sterile-packed. Safety of patients and personnel has top priority. The ZSVA unit is designed for a cleaning and sterilisation capacity of 90,000 sterile supply items per year. The Munich planning office PLANUNION designed the plant on the basis of the following parameters: Operating hours 4,000 h/a Flow rate 2.8 m³/h WW inlet to heat recovery system 50° C WW outlet from heat recovery system 34° C ∆ T of wastewater 16° C Efficiency of heat recovery system 96 % The installation space required for the heat exchanger is 6.5 m². The big challenge was the complicated integration into the existing building – the heat exchanger was divided into three sections, flanges were mounted and the sections reconnected on site. Another challenge for the planning office generally is control engineering and the definition of interfaces. Since November 2014, the energetic potential of the effluent from the ZSVA's dishwashers is used by the heat exchanger to preheat the demineralized water that is needed to operate the cleaning and disinfection devices. The temperature raise of the demineralized water cycle can be up to 20 °C. Through connection of the sensing devices to the building control system the temperature raise can be retraced any time. Also the volume flows can be controlled and documented this way. The plant has operated without interruption since the 4th quarter of 2014, ensuring the reliable utilisation of the energetic potential of the effluent from the ZSVA's washing equipment. In 2014, the degree of capacity utilisation of the ZSVA was 65% – the plant will have paid off after about 8.5 years on this basis. The plant has however been designed for the actual capacity expected for the next years. The fact that the capacity utilisation increases year by year has a positive effect on the economic efficiency of the plant.[...]

[...]Telford, Great Britain[...]