Why choose a GC RGA solution from SCION ?
SCION Instruments offers a pre-configured Gas Chromatography (GC) solution for Refinery Gas Analysis (RGA) that sets itself apart from competitors with several key advantages:
Meets Industry Standards: SCION’s RGA solutions directly comply with international standards such as ASTM D1946, D2163, and UOP 539. This ensures immediate compatibility and reliability for industry-specific applications, eliminating the need for extensive customization.
Utilizes Advanced Multi-Channel Design: The system’s three-channel architecture targets hydrogen, permanent gases, and light hydrocarbons. This design delivers comprehensive and efficient analysis of complex refinery gas streams while handling high concentrations of diverse components with ease.
Delivers Rapid Analysis: The Rapid RGA configuration cuts analysis time down to 5–7 minutes. This is a significant improvement over the typical 25-minute cycle of standard systems. This speed makes it perfect for high-throughput environments where fast data turnaround is essential.
Built for Durability and Easy Maintenance: SCION engineers its RGA instruments with high-quality, robust components to maximize uptime and reduce maintenance needs. The accessible design allows for quick servicing and minimizing downtime when issues arise.
Integrates Seamlessly with Advanced Software: SCION’s CompassCDS software gives users intuitive control, advanced reporting features, and easy integration with laboratory information management systems (LIMS). This allows you to streamline your workflows and boosting efficiency.
Offers Versatile Optional Features: Add-ons such as an integrated micro-gasifier ensure complete vaporization of liquefied gases. Preventing sample discrimination during analysis. Other enhancements, like liquid sampling valves, broaden the system’s range of applications.
Additional Technical Notes
What is the difference between a standard RGA and rapid RGA gas chromatography solution, and when would you choose them ?
The article explains the key differences between standard and rapid RGA gas chromatography solutions. The article also emphasizes that the choice between the two solutions depends on factors like sample complexity, throughput requirements, and the specific needs of the analytical process.