OEMS - Online Electrochemical Mass Spectrometry compared to our EC-MS

What is OEMS?

OEMS marries the analytical prowess of electrochemistry with the high-resolution detection of mass spectrometry. In simpler terms, an electrochemical cell is directly connected to a mass spectrometer. This allows for real-time monitoring of gaseous and volatile products generated during electrochemical processes. By scrutinizing the masses of these products, OEMS unveils the underlying reaction mechanisms, reaction kinetics, and the behavior of electroactive species.

The Advantages of OEMS

• Real-time analysis: OEMS provides a dynamic picture of an electrochemical reaction as it unfolds, offering superior insights compared to static measurements.
• Unveiling the unseen: Gaseous and volatile products, often invisible to traditional techniques, are readily identified and quantified by OEMS.
• Mechanistic understanding: By pinpointing the products formed, OEMS sheds light on the intricate pathways of electrochemical reactions.

Spectro Inlets’ EC-MS: Pushing the Boundaries

While OEMS offers undeniable advantages, Spectro Inlets’ EC-MS takes electrochemical mass spectrometry to the next level. Here’s how EC-MS builds upon the foundation of OEMS:

• Enhanced Sensitivity and Selectivity: EC-MS boasts superior detection capabilities, allowing researchers to identify a wider range of products at lower concentrations. This is particularly valuable for studying complex reactions with trace-level gas evolution.
• Increased Throughput and Efficiency: Streamlined workflows and optimized designs in EC-MS enable faster analysis times and higher data acquisition rates, accelerating research and development cycles.
• Improved User Experience: Spectro Inlets prioritizes user-friendliness with intuitive software and simplified operation, making EC-MS accessible to a broader range of researchers.

Choosing the Right Tool

Both OEMS and EC-MS are valuable tools for delving into the world of electrochemical reactions. OEMS provides a solid foundation for real-time analysis, while EC-MS offers a significant leap forward in sensitivity, efficiency, and user experience.

For researchers seeking a robust and established technique, OEMS remains a powerful choice. However, for those pushing the boundaries of research and demanding the ultimate performance, Spectro Inlets’ EC-MS presents a compelling alternative.

Considering the growing complexity of electrochemical systems, EC-MS, with its enhanced capabilities, might be the optimal choice for researchers at the forefront of innovation.