Drinking Water Treatment Case Studies and White Papers

  1. Changxing Power Plant Debuts The World’s First Forward Osmosis-Based Zero Liquid Discharge Application
    8/20/2015

    Desalination Technology Transforms 650 m3/day of Abused Industrial Wastewater

  2. The City Of Baxter Minnesota Installs And Starts‐Up An 800 Pound‐Per‐Day Microclor® On‐Site Hypochlorite System In Three Days
    7/24/2018

    The City of Baxter, located in central Minnesota, has always endeavored to deliver superior and reliable service to their customer base with a strong dose of selfreliance.

  3. Chicago Suburb Ensures Highest Water Quality Year-Round, Saves On Labor And Reagents With New Chlorine Analyzers
    5/18/2015

    For the Village of Lombard’s Water Division, consistently delivering high-quality tap water to the community’s nearly 44,000 residents and the businesses serving them was once quite a juggling act: constantly fixing old, temperamental analyzers; feeding reagents into the old analyzers; and staying ahead of callers complaining about “musty” water tastes and odors. Not today.

  4. The 5 Most Common Questions That We Are Asked
    4/6/2016

    The versatility of 2nd Generation ATP monitoring technology enables it to be applied to a wide range of situations involving many sample types in many industries, from anaerobic sludge to paint products to ultra-purified water.

  5. In-Situ Calibration: Methods And Pitfalls Of Thermal Mass Flow Meter Sensor Field Validation
    5/1/2016

    Mid-to-large size facilities and campuses inevitably have hundreds of flow instruments to monitor, maintain, and repair. For a reliability engineer, ensuring that all instrumentation meets ISO 9000 or similar standards is a time-consuming responsibility. By Matthew J. Olin, President & CEO, Sierra Instruments, Inc.

  6. White Paper: High-Efficiency Reverse Osmosis Treats Gray Water For Power Generation
    1/17/2006

    Recycling of gray wastewater as boiler make- up water was the challenge where silica value was typically 85 ppm in this secondary treated wastewater. This paper describes a new design called the High-Efficiency Reverse Osmosis selected for that task, discusses the project technical considerations and highlights the actual performance of the system.

  7. Robust Encore® Pumps Replace Peristaltic Hose Pumps To Maintain Consistent pH For Finished Drinking Water
    8/22/2018

    Upper Deerfield Township, NJ relies on groundwater from four wells measuring 120 to 160 feet deep. The water is treated at two treatment plants with a capacity of 2.2 MGD and then pumped out to the distribution system with approximately 750,000 gallons of storage. Since the deep groundwater is hard, operators add lime to the finished water to raise the pH to reduce hardness.

  8. How The Performance Of This UF Membrane Is Exceeding Design Expectations
    2/23/2016

    This article will discuss the operation of a 4 MGD pressurized two-stage Ultrafiltration (UF) plant over a 14 month period at a drinking water treatment facility in North Dakota, and explain how performance of these UF membranes over a fourteen month period demonstrated stable operation with minimal fouling.

  9. Richland Springs Special Utility District, Texas Case Study
    8/14/2012

    The Richland Special Utility District found that naturally-occurring radionuclides in their raw water source exceeded Maximum Contaminant Levels (MCL’s) for Gross Alpha Emitters and Combined Radium. The district selected Water Remediation Technology's Z-88 Radium Removal Process as a cost-effective solution to reduce the gross alpha and radium content. In this case study, learn how the water quality now successfully meets regulatory requirements. 

  10. Project Profile: Highland Hills MHC Highland, MI 450 GPM AD26 Arsenic, Iron System
    5/15/2009

    In January 2008 AdEdge Technologies, Inc. was selected among other vendors by Nationwide MHP to supply a turnkey arsenic, iron, and manganese treatment system for the Highland Hills MHP in Highland, Michigan. The system consists of multiple wells that combine together to serve potable water to 306 connections and a population of 765 in the community. By Adedge Technologies Inc.