Huber Featured Articles

  1. Fort Worth Turns A Liability Into An Asset 7/19/2017

    Fort Worth Village Creek has gone far beyond managing its scum. The plant has implemented an efficient way to continuously skim the scum out of the channel flow and effectively process it through anaerobic co-digestion so that its resulting methane gas is useable. In short, the liability was turned into an asset.

  2. Technology Change Radically Improves Dewatering Results 7/10/2017

    Huber Technology Q-Press® replaced a belt filter press at the Robinson WWTP. The retrofit enabled the plant operations staff to maximize technology to make tremendous improvements in their dewatering performance and sludge storage and distribution processes. The technology change resulted in radical improvements to operations and reductions in costs. Read more.

  3. Automated Solar Sludge Drying Frees Up Personnel 6/6/2017

    Solar dryers are fully automated to feed, move, and discharge biosolids cost-effectively. Even climate changes throughout the year are easily monitored and controlled to produce optimal output. Installation is very flexible with options to add components at a later date. Full automation means employees seldom need to enter the greenhouse and are free to use their time elsewhere.

  4. A Sunny Outlook For Tooele City Water Reclamation Facility 6/6/2017

    The City of Tooele, UT was looking to update their Bio-Solids program and move away from a limiting Class B product. They needed to produce a more flexible reusable material. The City found the Huber Technology SOLSTICE® to be the perfect solution and was pleased to discover the technology to be simple to maintain as well as provide a cost-effective operation. Find out how the dryer raised the quality of the bio-product to Class A.

  5. Huber Supports Local School In U.S. 6/1/2017

    Josey Chan has been volunteering for a local Middle School in Charlotte, NC for the science-based team Piedmont IB Middle School Science Olympiad. Since September 2016, she has been serving as a "coach" for the event of Meteorology. She was initially asked by a family member to help volunteer but got very involved with the program.

  6. Put the Sun To Work | Spread It. Turn It. Mix It. 5/24/2017

    This video provides a close up view of the Huber SOLSTICE solar dryer technology in operation. Turning is very important in a solar sludge dryer as new surface area needs to be exposed to the dryer air. Check out how the turning mechanism helps to break up the sludge into smaller granules.

  7. Fine Screens Protect Big Investment For North Las Vegas 4/26/2017

    The City of North Las Vegas’s treatment facility is a membrane bioreactor (MBR) plant that was brand new when Huber’s rotary fine screens were implemented as part of its new advanced treatment and reclamation process. The facility uses smart technology that enables 24-7 processing with 14 of its operational hours every day unmanned. Huber’s advanced fine screening technology plays a key role in this impressive and innovative technology lineup.  

  8. Center Feed Drum Screen Is Mission Critical To World Class MBR Plant 4/25/2017

    North Las Vegas has installed some of the largest rotary fine screens operating in the United States. The center feed drum screens are critical to protecting the membrane bioreactor, enabling the plant to maintain extremely low turbidity coming off their plant that is better than most potable water. Read how they are putting the ROTAMAT RPPS to work.

  9. Sludge Thickener Delivers Savings & Improvements 4/18/2017

    The comparison between the new Huber S-Disc and the existing centrifuge gave plant staff several improvements to celebrate. Download the full case study to read more.

  10. Significant Energy Saving Resulting From Change Of Thickening Technology 4/7/2017

    During the summer of 2015 the Waging WWTP in the Bavarian Chiemgau district was desperately looking for an energy-efficient, high-performance sludge thickening plant to replace the centrifuge they had been using. The objective was to optimize digester capacity, gas yield and sludge handling in the overall process on site. Read more about their successful implementation.