1. The art of sampling and monitoring emissions
    The art of sampling and monitoring emissions  In this Application Note, we shall see the guidelines regarding correctly performing gas sampling for emissions monitoring in industrial and civil systems through the use of combustion and emission analyzers.  Introduction Accurate monitoring of emissions in industrial processes is a central aspect for evaluating the efficiency of the combustion system, along with its...
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  2. Emissions analysis in a cement plant
    Emissions analysis in a cement plant There are many points within a cement plant that should be monitored and measured with a portable gas emissions analyzer to maximize product quality, combustion efficiency, safety and emissions reduction. The importance of a portable emissions analyzer Despite a CEM (Continuous Emission Monitor similar to our S9000-RACK) being necessary to monitor the gases in...
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  3. Optimization of a cogeneration plant
    Optimization of a cogeneration plant Cogeneration is the process of simultaneously producing electricity and heat through the concurrent utilization of turbines, engines, boilers or other instruments. The energy and heat generated can be used for heat, steam, and/or for production-industrial processes. The principle of cogeneration Some examples of applications of the cogeneration process include power plants, refineries, chemical plants, food...
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  4. Gas concentrations detection in underground parking garages
    Gas concentrations detection in underground parking garages The presence of gasoline or diesel-powered vehicles operating in an enclosed environment such as a parking garage can cause the concentrations of toxic gases such as Carbon Monoxide (CO) to accumulate to unsafe levels. The problems related to toxic gas concentrations There are two main problems related to toxic gas concentrations in underground...
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