gas chromatograph

System Introduction: The GC-3000 chromatograph adopts high-temperature heat tracing dual column parallel blowback chromatography separation technology, which can automatically measure and analyze the content of methane and total hydrocarbons. The content of non methane total hydrocarbons is calculated by the difference between total hydrocarbons and methane content, greatly shortening the analysis cycle. At the same time, the high-temperature heat tracing technology developed for high boiling non methane total hydrocarbons greatly reduces the chromatographic peak broadening of high boiling non methane total hydrocarbons, allowing the instrument to accurately measure non methane total hydrocarbons of high boiling substances, even in the presence of high concentrations of non methane total hydrocarbons

The GC-3000 chromatograph adopts high-temperature heat tracing dual column parallel blowback chromatography separation technology, which can automatically measure and analyze the content of methane and total hydrocarbons. The content of non methane total hydrocarbons is calculated by the difference between total hydrocarbons and methane content, greatly shortening the analysis cycle. At the same time, the high-temperature heat tracing technology developed for high boiling non methane total hydrocarbons greatly reduces the chromatographic peak broadening of high boiling non methane total hydrocarbons, allowing the instrument to accurately measure non methane total hydrocarbons of high boiling substances, even in the presence of high concentrations of non methane total hydrocarbons.

• The use of high-temperature dual column parallel blowback chromatography separation technology can automatically measure and analyze the content of methane and total hydrocarbons.
  

• Can repeatedly collect and analyze gas samples drawn in by the diaphragm pump

• Synchronization signal, supporting synchronization with the enrichment instrument

• Independent cycle period, independent cycle period for non methane total hydrocarbons and benzene derivatives, to achieve separate data upload.

• By calculating the difference between total hydrocarbons and methane content, the content of non methane total hydrocarbons is obtained, greatly shortening the analysis cycle

• Designed as a 19 inch cabinet style installation structure, the interior adopts an integrated and modular design approach, with compact distribution between modules.