Table of contents
CEIRS™ stands for Chilled-mirror Evanescent InfraRed Spectroscopy, and it stands as a cutting-edge technology revolutionizing dew point detection, particularly in the realm of natural gas analysis. It surpasses traditional methods by combining three key components:
Chilled-Mirror: This established technique provides a highly accurate way to measure moisture in various gases by cooling a surface and noting the temperature at which condensation forms. Additionally, it allows for the measurement of the crucial hydrocarbon dew point relevant to natural gas analysis.
Evanescent IR Spectroscopy: This analytical technique, further explored in a future blog post, utilizes infrared radiation for material detection across diverse industries.
AI-enabled Chemometrics Software: This innovative software leverages artificial intelligence to enhance the hardware's capabilities by deciphering the collected IR spectra for advanced material identification and quantification.
Beyond Traditional Dew Point Measurement:
It's crucial to note that while "dew point" often refers to moisture in most industries, natural gas analysis involves two crucial dew points: moisture and hydrocarbon. CEIRS™ effectively addresses both, offering a comprehensive solution for natural gas analysis.
Stay Tuned for Deeper Dives ( CEIRS™ Tech ):
In future blog posts, we will delve deeper into each of these components, exploring their functions and how they synergistically contribute to CEIRS™'s unparalleled dew point detection capabilities. Additionally, we will provide insights into the unique hydrocarbon dew point and explore the intricacies of IR spectroscopy and AI-enabled chemometrics software.
CEIRS™: A Game-Changer for Natural Gas Analysis
By offering unmatched accuracy and reliability, CEIRS™ represents a significant advancement in natural gas analysis. Stay tuned to discover how this revolutionary technology empowers various industries and streamlines proces
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