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[...]Replacing the primary clarifier with a fine screen – HUBER CarbonWin® In the HUBER CarbonWin® process, the primary clarifier is replaced by a fine screen. This results in the following advantages: Only 1/10 of the space required compared to conventional primary clarifiers Minimized investment and operating costs Suitable to be integrated into existing plants The primary clarifier is the last stage of the mechanical pre-treatment of a wastewater treatment plant and works according to the anaerobic sludge stabilization process. In the primary settling tank, undissolved organic and inorganic substances[...]

[...]Tailor-made solutions for fish protection We develop solutions that are both designed and implemented to be sustainable and long-lasting. Not only resource-saving manufacturing of our screens and screening machines is important to us, but also the optimization of structures for water abstraction projects and creating comprehensive concepts for fish protection. Technical options HUBER solutions for fish protection Optimal fish protection starts with the correct design of the structure and the screen concept. This also includes fish deterrent systems and specially shaped filter elements for [...]

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[...]Venting chimney / ventilation stack DN 150 6 in. / 154 mm outside dia.), with insect-proof stainless steel screen, mesh 1x1 mm, free sectional area 37%, with attached hood. Completely made of 1.4307 (AISI 304 L) stainless steel and shielded arc welded, acid-treated in a pickling bath and passivated. Vapor hood for optimal shaft ventilation A insect filter offers protection against small animals Stainless steel, acid-treated in a pickling bath - offers long life and hygiene Short-term availability from stock in various lengths Options Options for vertical installation: Adjustable wall flange [...]

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[...]Build America, Buy America Production, Innovation, Sales, Consultation and Service in the United States At HUBER Technology, LLC, we focus on delivering a complete value chain for long-term customer satisfaction in the United States. HUBER Technology, LLC products meet U.S. standards while promoting domestic manufacturing A Complete Value Chain in the United States Our success is built on: Innovative Research and Development: Creating cutting-edge solutions and products tailored to U.S. needs. Efficient, Sustainable Production: Utilizing a modern manufacturing facility in Denver, North Carolina, [...]

[...]Adsorption with granulated activated carbon (GAC, German GAK) is a simple, reliable and, above all, low-maintenance process. This makes it ideal as a fourth treatment stage, especially for smaller wastewater treatment plants. The core component of the process is the HUBER Active Carbon Filter CONTIFLOW® GAC , which is filled with granulated activated carbon and acts as an adsorber for the micropollutants. The particle size of granulated activated carbon (GAC) is usually between 0.5 mm to 4 mm. GAC Granulated Activated Carbon The HUBER Active Carbon Filter CONTIFLOW® GAC is installed [...]

[...]Reduce Volume of Industrial Sludge Through Thickening, Dewatering or Drying In the wastewater treatment process, substances are removed from the wastewater and accumulate as screenings or sludge. In addition, biological processes, but also physical and chemical treatment processes such as the flotation process that is frequently used in industrial wastewater treatment, lead to the formation of sludge. Residues can also arise directly from industrial production in very liquid form. Process Technology HUBER solutions for reduction of disposal costs Depending on the upstream process step, the [...]

[...]Treat and reuse process water and waste water Water reuse makes it possible to use water in cycles. This reduces both the consumption of fresh water and the amount of wastewater produced. Water recycling and reuse in industry in the context of "ZLD - Zero Liquid Discharge" plays an important role with regard to the economical use of water as a resource. The importance of irrigating agricultural land with treated municipal wastewater is also widespread in many countries, especially those with less rainfall, and will continue to increase due to climate change and the need for a sustainable "circular[...]