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  1. Fiberglass Wash-Water Troughs
    8/5/2015

    Leopold fiberglass wash-water troughs are employed in water and wastewater filters to provide uniform removal of wash water during backwashing.

  2. Fiberglass Wash-Water Troughs Datasheet
    8/5/2015

    Leopold fiberglass wash-water troughs are employed in water and wastewater filters to provide uniform removal of wash water during backwashing.

  3. Energy-Saving Solution With Flygt Compact, Low-Energy Mixers Yields Big Savings
    8/5/2015

    The Madison Metropolitan Sewerage District (MMSD) manages regional wastewater service for the Madison, Wisconsin area, providing wastewater collection and treatment for 43 municipal customers including cities, villages, and utility and sanitary districts.

  4. The Most Misunderstood Fact Behind Dissolved Oxygen Sensors (It’s the Pressure, Not The Concentration)
    8/5/2015

    A dissolved oxygen sensor ought to be simple to understand. Whether it is membrane or optically based, it gives a signal that is proportional to the concentration of oxygen concentration in water.

  5. Proven Water And Wastewater Solutions
    8/4/2015

    Humans consume vast quantities of water and create an increasing amount of wastewater. This places greater emphasis on environmentally responsible water treatment and leveraging reclaimed resources. Wasting water poses sustainability challenges, depletes energy reserves, and undermines ecosystem health.

  6. Private Water Players Vie For Larger Global Stakes
    8/4/2015

    Access to water supplies globally is increasingly threatened by climate change and inadequate public investment in infrastructure. As a result, governments, municipal utilities, and key stakeholders have been forced to address the intensely debated role of private sector participation as a longer-term solution to local water stresses. Recent analysis by Bluefield Research indicates a dynamic landscape undergoing significant change.

  7. Next-Level Communications Solves SCADA Problem For City Of St. George
    8/4/2015

    Water and wastewater treatment facilities around the globe are turning to the Industrial Internet of Things (IIoT) to help automate and improve the security of their facilities through high performance M2M wireless communications. In fact, there is a suite of Class 1 and Div 2 spread spectrum unlicensed and licensed radios specifically for water/wastewater applications, including high-speed wireless Ethernet, serial, and IO radios. These radios can be easily networked to ensure that facility monitoring and performance data are accurate and delivered in a timely fashion. These solutions can help municipalities design and implement a world-class point to point wireless network for unique facility applications including water and wastewater treatment plant monitoring, pump house control, chemical monitoring and control, SCADA systems, remote video surveillance and security, water flow control, and cathodic protection applications.

  8. Wastewater Plant Solves Combined Sewer And Flow Metering Problems
    8/4/2015

    The Easterly Wastewater Treatment Plant recently found ways to solve two knotty problems at essentially the same time. Because of the number of combined sewers in Easterly’s service area, the plant needed to add capacity and overflow storage, and management decided to also address a need that was going to grow in importance in the near future — flow metering. By Jack Sine, FLEXIM Americas Corp.

  9. A Cost Effective Solution To A Complex Problem
    8/4/2015

    A Montana Water District was under an Administrative Order of Compliance by the EPA to install filtration to comply with the Surface Water Treatment Rule (LT2ESWTR) or possibly loose their only water source, the Missouri River.

  10. UVC LEDs For Biofilm Prevention
    8/4/2015

    Biofilm has adverse effects on all types of instruments, sensors, and equipment used in power plants, food and beverage production plants, desalination facilities, paper mills, and marine environments. This includes growth on pipelines, tanks, heat exchangers, reverse osmosis (RO) membranes, and other equipment. Biofilms can cause reduction of heat transfer, increased pressure drop and corrosion of metallic surfaces, and many forms of contamination. 

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