ACM - Atmospheric Corrosivity Monitor

Measure corrosion potential of your environment

Bry-Air, the leaders in Dehumidification … worldwide, is a global solution provider having over 50 years of experience in air treatment and dehumidification. It has strong presence in the Indian sub-continent and is the leading state-of-the-art manufacturer of Gas Phase Filtration (GPF) Systems in India since last 15 years and known for setting new benchmarks. The strong research & development and testing facilities located at the GPF lab in Gurgaon are testimonial to the continuous growth and success.

Based on this legacy across the globe and country and intrinsic R&D strength, BRY-Air is proud to introduce yet another revolutionizing product solution, Atmospheric Corrosivity Monitor (ACM), which will enable measure corrosion with ease and accuracy in the environment.

Why do we need to measure atmospheric corrosion and reactivity rate?

Environment with higher atmospheric and air contamination require greater attention to air quality management. The interactive result of temperature variations and humidity with the gaseous contaminants has the potential to increase the threat of air corrosion, providing greater reasons for close monitoring of the immediate environment of IT infrastructure. All companies dealing with sensitive IT Infrastructure, as a core part of its operations, need to implement a comprehensive checking and monitoring mechanism for the corrosion potential of the gases inside their facility. The ISA standards define or characterize environments in terms of their overall corrosion potential.

Bry-Air Atmospheric Corrosivity Monitor (ACM) diagnoses the corrosion of these environment according to the ISA Standard 71.04-2013 outlining severity of corrosion from G1 (mild) to GX (severe) environment. Reactivity monitoring can be used to characterise the destructive potential of an environment. Measurement of thickness of corrosion film provides an excellent indication of the type(s) and level(s) of all corrosive gases present in the local environment.