C.I. Analytics

C.I. Analytics provides innovative analytical solutions for laboratories and manufacturing processes. The greater part of our analyzers utilize proven dry-colorimetric methods of analysis in order achieve the exceptionally low-level impurity detection ranges you demand.

What’s most important to us is what you take to heart. C.I. Analytics follows stringent quality standards and we base most of our analysis on known ASTM or UOP methods (application specific). In fact, we have even been called upon to provide ground breaking work to standardize new testing methods, such as, UOP 799-08 for Chlorine in Liquid Hydrocarbons.

At C.I. Analytics we work on providing you with the best solution for your requirements. For the past 12 years we have been delivering on our promises and we can work with you to customize your analyzer to ensure your needs are met with minimal interruption to your operations

C.I. Analytics, with production facilities in Chambly, Quebec, Canada is one of the world's leading manufacturers of instrumentation for the measurement of low levels of sulfur and arsine in gas, liquefied petroleum gases, and liquids.

C.I. Analytics designs, manufactures, markets, and distributes the world's most sensitive and selective scientific instruments for analysis of impurities in the natural gas, petrochemical, pharmaceutical, and food/beverage industries. These instruments are used to:

Improve production efficiency

Meet regulatory requirements

Enhance safety in the process industries. Company products incorporate advanced technologies to provide real-time analysis, data collection, and control functions

Quality control in the beverage industry

Each instrument, which can be customized to meet your specific requirements, is subjected to rigorous quality control testing, ensuring accurate results time and time again. Our stringent quality control system is measured and certified by ISO 9001: 2015; each C.I. Analytics' instrument, including those for use in potentially explosive atmospheres, conforms to the highest standards of quality and reliability.