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Yokogawa Process Gas Chromatograph Rotary Valve GCRV-MBARS78N0151/B036[Product print page]

Product Name: Yokogawa Process Gas Chromatograph Rotary Valve GCRV-MBARS78N0151/B036
Product Type: GCRV-MBARS78N0151/B036
Exhibitors: Yokogawa
Product Documentation: No Related Documents

Brief

Yokogawa Process Gas Chromatograph Rotary Valve GCRV-MBARS78N0151/B036


 Detailed description

Manufacturer: Yokogawa Electric Corporation

Yokogawa Process Gas Chromatograph Rotary Valve GCRV-MBARS78N0151/B036  

A Gas Chromatograph analyzes a gas or volatile liquid sample by separating components for detection. The discrete separation and positive identification of components and measurement of the composition with no interference is a positive advantage of the gas chromatograph. Making good use of this advantage, the process gas chromatograph is widely used in many industries.
YOKOGAWA manufactures two models of GC1000 Process Gas Chromatographs: the GC1000E/C/S (isothermal oven type) and the GC1000T/W/D (programmed temperature type). The GC1000E/C/S can analyze gas and liquid samples from room temperature up to elevated temperatures corresponding to their boiling points. The GC1000T/W/D is capable of performing high resolution analysis by using capillary columns similar to laboratory gas chromatograph.

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A State-of-the-Art Gas Chromatograph (GC) to Help Streamline Plant Operations
The Process Gas Chromatograph GC8000 is a state-of-the-art process gas chromatograph (process GC) that separates out multi-component mixtures of gases or volatile liquids into individual components for detection. The newly developed GC module enables analysis under optimal conditions for each component, such as parallel gas chromatography for multiple simultaneous analyses and the high-precision analysis required in the fine chemicals field.


Unlike laboratory gas chromatograph (lab GC), which mainly perform batch analyses with manual operation, process gas chromatographs fully automate continuous analysis in the manufacturing process. This addresses issues such as labor-intensive analysis, chronic personnel shortages, and increased costs, thereby contributing to more efficient plant operations.