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  • Flow Measurement
    Measuring chilled water (or condenser water, or hot water) flow in your system can't be that difficult, can it? After all, you just stick some kind of flow measurement device in your pipe and read its output, right? That depends on what type flow measuring device you install. How many types of flow
  • Why Plastic Flows Bettter in Aluminum Injection Molds
    , specifically addressing how: 1) Plastic material flows longer distances with less injection pressure, when compared to steel. 2) Molds fill faster and more efficiently. 3) Parts have minimal warp and better dimensional stability. Spiral_Report. Why Plastic Flows Better in. Aluminum Injection Molds
  • Water Alternating Gas Injection System Requires Compact Flow Measurement Solution
    and. pressure (dP) technology orifice plate flow. liquids, which allowed the oil company to. meter, but there was a problem. The. install one meter to measure both CO2 gas. installation area for the meter was already. and water. crowded with equipment, and the orifice. The V-Cone Flow Meter
  • Optimize HVAC and Process System Efficiency by Matching Your Plant and Processes To The Right Flow Measurement Technology
    as well as improve the efficiency of. several sub-technologies including orifice plates,. processes. The end result is often better quality at. averaging pitot tubes, venturi’s, sonic nozzles and v-. lower unit costs and sometimes proprietary processes. cones. DP flow meters are used to measure
  • Advanced Flow Meter Technology to the Rescue
    and maintain profitable plant operations. Engineers generally specify one of two solutions in this type of energy plant liquid flow application: magnetic or orifice flow measurement. The problem with both of these flow meter technologies -magnetic and orifice plate -is that they require significant
  • Maintaining signal integrity in measurement and control
    (the most widely used) such as. gies available complicate the selection task. Some tech-. orifice plates, wedge flowmeters, Venturies, nozzles,. nologies may be equal y effective, but others may be. flow tubes, and pitot tubes. The flow calculation. problematic. Flow metering technologies fal
  • Self-Conditioning Flow Meter Solves Measurement Challenges for LNG Processing and Distribution
    With its self-conditioning, no-moving parts differential pressure (dP) sensing technology, McCrometer's V-Cone Flow Meter is now installed in a wide variety of LNG applications all over the world. Hundreds of V-Cone Flow Meters have been installed to measure gas as it flows into liquefaction trains
  • The Town of Walden Responds to Changing Measurement Needs
    when irregular or crowded piping and equipment are in place because its self-conditioning cone design greatly reduces the straight pipe-run required for accurate measurement. Other flow technologies, such as orifice plate, turbine or venturi tube meters, often require complex or expensive construction
  • Pacific Klamath Energy Utilizes V-Cone Flow Meter to Solve Problem in Co-Generation Plant
    requirements will then double in cost. Unlike traditional DP instruments, such as orifice plates and Venturi tubes, the. V-Cone Flow Meter 's design is inherently more accurate because the flow conditioning function is built-into the basic instrument. The V-Cone conditions fluid flow to provide
  • MEMS Pressure Sensors - Pressure Measurement Types
    is the fluid density in kg/m3. D2 is the orifice, venturi or nozzle inside diameter (in m). p1 " > D1 is the upstream and downstream pipe diameter (in m). and d = D2 / D1 diameter ratio. Figure 2. Elements of a DP flow measurement. Pressure Parameters. As the examples demonstrate, pressure measurements

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