The Micro GC Fusion revolutionizes high purity gas process analysis with its speed, small size and ease of use.
Indeed, the Micro GC Fusion is a simple, maintenance-free analyzer allowing rapid analysis. Its specifications make it well suited for syngas and biogas analysis.
The Micro GC Fusion allows the analysis in less than 50 seconds of a town gas, biogas, biomethane or a synthesis gas (syngas). Equipped with two analytical modules, it details the concentration and composition of the following compounds: hydrogen (H2), oxygen (O2), nitrogen (N2), methane (CH4), carbon monoxide (CO), carbon dioxide (CO2), ethane and ethylene.
By accepting up to four analytical modules, the Micro GC Fusion also measures BTEX (benzene, toluene, ethylbenzene and xylenes) and C3 to C12 hydrocarbons.
Identification of compounds : hydrogen (H2), oxygen (O2), nitrogen (N2), methane (CH4), carbon monoxide (CO), carbon dioxide (CO2), ethane, ethylene.
Repeatability on peak areas: RSD <0.3
Instrument : Micro GC Fusion 2 modules (MS5A molecular sieve, RT-Q bond)
Method :
- Injector: Variable Volume
- Column: RT-Molsieve 5A 10m
- Column temperature: Programming: 120°C > 140°C (1°C/second)
Module B :
- Injector: Variable Volume
- Column: RT-Q 12m
- Column temperature: Isothermal: 75°C
This application note explains how the micro GC FUSION allows rapid analysis of syngas composition. Performance is in line with industry standards. Moreover, the embedded user interface is intuitive and of a formidable stability (independent of Windows). Its integration in industry is then possible and powerful.
The Micro GC Fusion revolutionizes gas analysis with an intuitive and very simple interface. It can be controlled via its touch screen or via a web interface.
The Syngas Biogas Rapid Analysis is a simple and fast micro GC application. The Micro GC Fusion, thanks to the temperature programming, can conduct much more complex analyses. Read our application note on BTEX and siloxane analysis in biogas.
Keywords : micro gc, industrial analysis, syngas, biogas, green gas, biomethane, rapid analysis