Biomass Gas Composition Analyzer

Through the detection by gas chromatography, we can obtain the precise content of each component in the fuel, thereby calculating its calorific value. Biomass Gas Composition Analyzer is used in the industry as a Biogas Analyzer.

Fuel Gas Composition Analyzer Calorific Value Detector Gas Chromatography Working Principle: The working principle of gas chromatography is based on the separation effect of the chromatographic column and the detection effect of the detector. Specifically, it uses the chromatographic column to first separate the mixed gas, then sequentially introduces it into the detector. The mixed Gas Combustion Calorific Value Analyzer obtains the detection signals of each component. These signals, after processing and analysis, yield the content of each component. 1. Separation Effect of the Chromatographic Column: The Biomass Gas Composition Analyzer chromatographic column is filled with an adsorbent or a support coated with a stationary phase. When the mixture passes through, components with greater solubility in the stationary phase or greater affinity for the stationary phase enter the carrier gas fewer times and require more time to reach the detector. Thus, the mixture is separated into different components.

Biomass Gas Composition Analyzer

Reference Standards:

GB/T 10410-2008 "Method for Analysis of Constant Components of Manufactured Gas and Liquefied Petroleum Gas by Gas Chromatography"

GB/T 12208-2008 "Method for Determination of Components and Impurity Content in Manufactured Gas"

GB/T 11062-2014 "Method for Calculation of Natural Gas Calorific Value, Density, Relative Density, and Wobbe Index"

SH/T 0230-92 "Method for Determination of Composition of Liquefied Petroleum Gas (Gas Chromatography)"

GB/T 13610-2014 "Analysis of Natural Gas Composition by Gas Chromatography"

GB/T 12206-2006 "Method for Determination of Calorific Value and Relative Density of City Gas"

GB 10410.1-89 "Method for Analysis of Manufactured Gas Components by Gas Chromatography"

GB 10410.2-89 "Method for Analysis of Constant Components of Natural Gas by Gas Chromatography"

GB 10410.3-89 "Method for Analysis of Liquefied Petroleum Gas Components by Gas Chromatography"

Application Fields:

LNG/CNG refueling stations, gas transportation companies, gas storage stations, coal-to-gas conversion enterprises, LNG point supply, oilfield gas, coalbed methane, mine gas, shale gas, gas pipeline transportation companies, gas appliance manufacturers, petroleum refining, coking plants, smelters, gas supply stations, and many other industries.