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  • Hydrogen Gas Detection in Oil Refineries
    as a function of distance for hydrogen leaks. Leak size = 1 mm-diameter. orifice, differential pressure = 5,515 kPa (800 psi), leak rate = 0.003 kg/s. The curve is to guide the eye. A second measure of protection is the direct detection of the gas by means of catalytic. combustible gas detectors. They have
  • Flow Switches for Oil/Gas Refinery Water Treatment
    applications that range from pump protection to valve leak detection. In selecting a flow switch for refinery water applications, the first step is choosing the appropriate flow switch technology. There are numerous flow switch sensing technologies available from multiple manufacturers. They all have
  • Infrared Technology for Fail-To-Safe Hydrocarbon Gas Detection
    deficient or enriched areas, lack of routine calibration, immunity to poisons, and RS-485 communications link along with 4-20 mA output. Another application of infrared technology is open path detection, which complements point detection. With an open path system there is no definite fixed path length
  • Diversified Technologies for Fixed Gas Detection (.pdf)
    like open path,. gas cloud imaging, and ultrasonic1 gas leak detection have made inroads into the safety instrumentation. market, not due to their novelty, but because they solve customers’ problems like no technology before. them. In such a world of competing solutions, it is tempting to think single
  • The detection of Total Organic Chloride and/or Hydrogen Chloride
    Halogenated hydrocarbons and hydro halogenated compounds are found in a wide variety of chemical, petrochemical and refinery processes. Interest in detecting the total of these types of compounds arises in monitoring ambient air for leaks, spills or personnel protection and in. monitoring feed
  • Detection of Volatile Organic Compounds (VOC's) with a Spectrally Filtered Cooled Mid-Wave Infrared Camera
    The world's petrochemical industry is constantly seeking methods for the detection of Volatile Organic Compounds (VOC's) such as benzene, propane and methane. Leaks of such materials all too often lead to catastrophic equipment damage and loss of life. EPA regulations require reduction
  • Fuel Analysis: Water Detection in Jet Fuel, Diesel Fuel, and Gasoline
    . General. Centrifugal (Centrifuge) Separation. Wastewater BOD Reduction. Clean-In-Place (CIP) Applications. Tangential Flow Filtration. Heat Exchanger Leak - Carryover Detection (Oil In Water). Interface Detection - Product - Water or Product - Product. Inline Process Color Measurement. Automotive
  • Vegetable Oil Refining
    Version. Application Notes. General. Centrifugal (Centrifuge) Separation. Wastewater BOD Reduction. Clean-In-Place (CIP) Applications. Tangential Flow Filtration. Heat Exchanger Leak - Carryover Detection (Oil In Water). Interface Detection - Product - Water or Product - Product. Inline Process Color

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