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  • 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
  • Elemental Analysis of Hydrocarbon Streams Using Dry Colorimetry Analyzers, a Catalyst Savior
    The Petrochemical industry has refined technological developments to improve product quality. One, in particular, is the ability to measure trace impurities at extremely low levels. This is a crucial step for the industry to reduce agents that can eventually cause pollution as they can cause harmful
  • Elemental analysis of hydrocarbon streams using dry colorimetry analyzers, a catalyst saviour
    The Petrochemical industry has refined technological developments to improve product quality. One, inparticular, is the ability to measure trace impurities at extremely low levels. This is a crucial step for the industry to reduce agents that can eventually cause pollution as they can cause harmful
  • CEMS System Capabilities for the Hydrocarbon Processing Industry
    Emerson provides Rosemount Analytical gas analyzer technology for on-line analysis of ammonia plant streams. Strategically placed gas analyzers improve the process efficiency and the purity of the end product.
  • Measuring Trace O2 at ppm Levels
    The LGR-ICOSTM Process Analyzer from ABB is a new, smart, industrial analyzer that provides a simple, robust and sensitive method of directly measuring trace O2 for purity verification and combustion efficiency in 'zero' gases, combustion effluents, HyCO, and other hydrocarbon gases and mixtures.
  • SUCCESS STORY: Oxygen Content in Blanket Gas Applications with Panametrics
    Prior to the use of thermoparamagnetic oxygen analyzers in this application, electrochemical sensors were used, often without a proper sample system, resulting in condensing hydrocarbons fouling/destroying the sensor.
  • Raw Water Intake Monitoring
    The Situation: Hydrocarbons in water intake used for municipal drinking water and desalination systems are commonly limited to 1 part per million. Occasionally, drinking water from rivers or lakes with commercial traffic or regular flooding is contaminated by hydrocarbons leaking into the water

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