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  • Trace Oxygen and CO2 Analyzer for Modified Atmosphere Packaging
    A thin, hollow needle and micro-pump takes gas samples through clear packaging material. A pierceable septum is applied to the packaging material to insure outside air does not mix with the air inside. This makes the TecPen useful as a gas analyzer for quality control during modified atmosphere
  • Smart Condition Monitoring of Analyzers in Energy Production
    electricity and heat with low CO2 emissions when prevention and recycling of waste are no longer enough. For this process, gas analyzers are used to aid in environmentally friendly energy production.
  • Direct In Situ Zirconia Oxygen Analyzer (.pdf)
    The EXAxt Zircon Oxygen Analyzer (Model ZR402G) is used to monitor and control the oxygen concentration in combustion gases, in boilers and industrial furnaces, for wide application in industries which consume considerable energy-such as steel, electric power, oil and petrochemical, ceramics, paper
  • AQ6375 Optical Spectrum Analyzer for Long Wavelength Band
    In recent years, global environmental issues have received increasing attention, promoting effective initiatives to reduce greenhouse gases. In addition to CO2, a well known greenhouse gas, there are other gases that can damage the environment, including SO2 (sulfer dioxide) and NOX (nitrogen
  • Reliability of TOC Results In Ultra-Pure Water Analysis (.pdf)
    of TOC and lower. The two basic components of any TOC analyzer defining accuracy and precision of analysis are: 1. The Oxidation Reactor, which converts the organic carbon in the water to CO2 gas, usually either by thermal, chemical or ultraviolet radiation. Oxidation efficiency, assuring complete
  • The Pitfalls of Process TOC Analysis and How To Avoid Them (.pdf)
    Since the introduction of Total Organic Carbon (TOC) Analyzers by Dow, Union Carbide and Automated Environmental Systems in the1960's, they have proven to be an invaluable tool in the environmental and process monitoring fields. While technologies have advanced since then, certain performance
  • Continuous Silica Monitoring in a Power Plant
    the efficiency 1% can lead to a. reduction in CO2 emissions of 3%.1. In the effort to improve efficiency, power plants must guard carefully against any issues that can impede. their progress or lead to plant downtime. Continuous monitoring of ultra-low levels of silica in locations. throughout

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