Gas Flow Totalizer

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  • Understanding the iSeries Totalizer for Gas Mass Flow Rate
    Do you have questions about the iSeries flow meter Totalizer App that comes standard with every QuadraTherm 640i/780i Thermal Mass Flow Meter. We get many support questions regarding the app, generally covering the same few points, so let†TMs spend a few minutes and discuss how to use
  • The Challenges of Measuring Flare Gas
    determined by taking a sample (a cut) and processing it through a gas chromatograph (GC). This composition coupled with the total measured flow rate allows the flow rate of the individual component gases to be calculated. Once the gas begins to flow from a well, operators need to account
  • Natural Gas in Venezuela: Flowmeter Applications
    Hoffer Flow Controls has recently supplied two computerized natural gas turbine flow measuring systems to Venezuela's gas industry. These systems accurately measure "mass" flow rate and total. Venezuela has enormous gas resources and measuring it accurately is critical because of its value. In one
  • Part 1: Challenges with Submetering Natural Gas
    -size facilities. This has led factories, campuses and universities to use flow meters to sub-meter their natural gas usage to confirm the readings achieved by traditional diaphragm meters. Using a flow meter for submetering, facilities can compare the utility†TMs gas usage totals to the natural gas
  • How Does a Thermal Flow Meter Work?
    An insertion-type (immersible) thermal flow meter works by measuring the total mass flow rate of air/gas flowing through a pipe or duct. In a thermal flow meter†TMs simplest working configuration, gas flows past a heated velocity sensor and a temperature sensor. Instrument electronics work
  • Thermal Mass Flow Compressed Air Metering
    In most industrial facilities Compressed Dry Air (CDA) is a primary component of overall energy use. In fact, compressed air is considered to be the "fourth utility" after electricity, natural gas and water, and its cost is very often higher than the other three when compared by cost per delivered
  • Flow Energy Management Part 3: Three Successful Flow Energy Management Case Studies
    As we've discovered in Part 1 and Part 2 of this Flow Energy Management series, determining the best flow meter technology for flow energy management of gas, liquid and steam applications depends on specific measurement goals, fluid, flow rate, turndown requirements, fluid temperature, and flow
  • A Standard for Users and Manufacturers of Thermal Dispersion Mass Flow Meters
    Thermal dispersion mass flowmeters comprise a family of instruments for the measurement of the total mass flow rate of a fluid, primarily gases, flowing through closed conduits.

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