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  • Optical Hydrocarbon Sensors and Their Applications (.pdf)
    in breed" technology for the detection of total petroleum hydrocarbons (TPH). PetroSense? sensors are incorporated in both a portable, field screening instrument (the PHA-100) and a continuous monitoring system (the CMS-4000). These sensors utilize fiber optic systems and are designed for in-situ, real
  • How To Select a Total Hydrocarbon Analyzer For Use in an Industrial Application (.pdf)
    Several different sensor technologies may be used to detect hydrocarbons, including: catalytic; photo-ionization; infra-red; gas chromatography; and flame ionization. Of these possibilities, flame ionization (FID) is considered the best choice for continuously monitoring the total concentration
  • Produced Water Monitoring (.pdf)
    Due to the non-availability of Freon, there is need for an alternative method to measure the concentration of hydrocarbons in the effluent today. Current methods use solvent extraction and IR analysis of water samples. In this paper we present an alternative method, which does not use any solvents
  • Checking Cleaning Efficiency of Metal Parts
    cleaning. The metal part was soaked in a known volume of Freon, then the solvent was tested for its hydrocarbon content. Since Freon is an infrared transparent solvent and does not contain hydrocarbons, it can be placed directly into a 10mm quartz cuvette cell and inserted into an InfraCal Cuvette Holder
  • U.S. and International Fuel Cell Patents | October 2006 | FCT |
    , and electronic devices made therefrom, Mark J. Hampden-Smith, Toivo T Kodas, Quint H. Powell, Daniel J. Skamser, James Caruso, and Clive D. Chandler, Cabot Corp. U.S. 7,083,775 (20060801), Process for the autothermal catalytic steam reforming of hydrocarbons, Stefan Wieland, Frank Baumann, and Rainer Ahlborn

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