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The traditionally labor-intensive analysis of unpleasant odors has become easy for anyone to perform, significantly improving work efficiency.
This is a system that automatically measures odorous substances based on the Odor Control Law. It performs the entire process from concentration and thermal desorption in the trap tube to introduction into the GC and data processing fully automatically.
It is optimal for analyzing delayed destruction mechanisms.
This system uses Temperature-Programmed Desorption Analysis (TDA) to increase the furnace temperature at a constant rate from low to high temperatures, continuously measuring the amount of hydrogen released with temperature changes using gas chromatography, and analyzing the hydrogen release amount in relation to temperature.
We support online analysis of various catalyst evaluations, including methanation, synthetic fuels, and FT synthesis.
- The sampler can handle high temperatures (up to 300°C) and can measure high boiling point hydrocarbons with boiling points of several hundred degrees online. - By combining a heated sampler with an automatic gas chromatograph, it is possible to measure high concentrations of moisture (H2O) online, even at levels of several tens of percent. - The catalytic reaction device and analysis device can be provided by the same manufacturer. - Using a high-speed TCD with a narrow column diameter (AG-2) results in low consumption of carrier gas. - When equipped with a flame photometric detector (FPD), it is also possible to measure trace amounts of sulfur compounds and others.
