WASTEWATER Flow Control Resources

  1. Case Study: FMU90 Transmitter And FDU92 Sensor Provides Filter Control In Wastewater 8/10/2011

    The Prosonic S FMU90 and FDU92 ultrasonic system measures the difference in water level between two sides of a filtration system. By Endress+Hauser, Inc.

  2. Case Study: Endress+Hauser Supplies Complete Measuring Technology For Control And Regulation 1/24/2011

    At an automotive factory in Europe, up to 264,000 gal (1000 m3) of wastewater are generated every day from various production divisions, such as the pretreatment plants of the paintshop and the aluminum washing plant. By Endress+Hauser, Inc.

  3. Case Study: Prosonic S Provides Reliable Control Of Filtration For Raw Sewage Water 1/24/2011

    In the inlet of the plant, the raw sewage water is filtered through 3 automated systems. The filtration systems are equipped with an endless mesh, which captures the solid materials. By Endress+Hauser, Inc.

  4. Case Study: Prosonic System Measures 'Scum' At Wastewater Treatment Plants Like A Champion 1/24/2011

    Many large wastewater treatment plants process scum from other facilities because they have digesters to break down the constituents. By Endress+Hauser, Inc.

  5. Case Study: Why The 93C In-Line Ultrasonic Flowmeter Is More Than An Alternative For Many Customers 8/18/2009

    Endress+Hauser is globally recognized as a quality supplier of process measurement instrumentation and services. By Endress+Hauser, Inc.

  6. Case Study: Replacement Of Center Mounted Ultrasonic Level Sensors 6/16/2009

    An FMR240 (26 GHz) non-contact radar unit has outperformed a center mounted ultrasonic instrument in measuring the level in a bulk hydrochloric acid storage fiberglass tank. In general, the installation in the center of a tank cover causes problems for Time of Flight measurement and thus is not recommended. In this application, a non-metallic tank in combination with the narrow beam angle of a 26 GHz radar instrument overcomes this problem. By Endress + Hauser, Inc.

  7. New Flow Measurement System Renders Cost Savings For Treatment Plant 6/16/2009

    Inaccurate flow measurements can threaten a wastewater treatment plant’s operational efficiency, compromise regulatory compliance, and increase plant-wide energy consumption. Download this case study to learn how a Midwestern wastewater treatment plant cut costs by replacing its aging ultrasonic flow meter with a new, compact one. 

  8. Pacific Klamath Energy Utilizes V-Cone Flow Meter To Solve Problem In Co-Generation Plant 11/13/2008

    Pacific Klamath Energy operates a 500 MW electric co-generating station for the City of Klamath Falls in Klamath Falls, Oregon. The plant also provides steam service to a local wood products manufacturing facility (steam host). The co-generation station provides electricity for about 450,000 residents, and the wood products manufacturing plant employs about 100 people. 

  9. Pacific Klamath Energy Utilizes V-Cone Flow Meter To Solve Problem In Co-Generation Plant 11/13/2008

    Pacific Klamath Energy operates a 500 MW electric co-generating station for the City of Klamath Falls in Klamath Falls, Oregon. The plant also provides steam service to a local wood products manufacturing facility (steam host). The co-generation station provides electricity for about 450,000 residents, and the wood products manufacturing plant employs about 100 people.

  10. Piping Change Nearly Leaves Engineer Up The River Without A Paddle 5/23/2008

    A short straight pipe run between a river water pumping station and a valve at the Eastman Chemical Company’s plant in Kingsport, TN, caused critical water flow measurement accuracy problems for the company