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Environmental assessment

Maintaining a controlled, clean, and filtered environment is essential for the optimal performance, longevity, and efficiency of critical equipment. A crucial aspect of protecting equipment from environmental damage is the assessment of corrosion potential through corrosion coupon testing. This method provides a detailed analysis of the corrosive factors affecting equipment, enabling proactive measures to extend the lifespan and improve the reliability of systems.


Corrosion Coupon Assessment
Corrosion coupons, typically made from silver and copper strips, are used to assess the corrosive environment where critical equipment operates. These materials are highly sensitive to environmental factors, making them ideal for monitoring corrosion risks.

Key Practices in Corrosion Coupon Testing:

➤ Placement: Coupons are positioned near critical equipment to reflect environmental conditions affecting system integrity.
➤ Exposure Duration: Coupons are exposed for a set period, allowing a thorough analysis of environmental impacts. Silver and copper strips react to moisture, gases, and pollutants, offering an accurate measure of environmental corrosion.
➤ Analysis: After exposure, coupons are analysed for weight loss and surface degradation, determining the corrosion rate.
➤ Interpretation: The corrosion rate indicates the level of environmental corrosion risk, guiding necessary interventions.

Deliverables A detailed Report including

➤ The root cause of the issue is determined through in-depth analysis of the measurements taken and the data collected from the site, providing key insights into the underlying factors contributing to the problem.
➤ Mitigation recommendations are provided based on the analysis, offering targeted solutions and strategies to prevent future occurrences of the issue.
➤ A detailed description of the facility's environmental conditions is provided, alongside the corrosion coupon results, which offer critical insights into the level of corrosive factors present and their potential impact on the equipment.
➤ Recommendations are provided to enhance air quality and optimize operating conditions, ensuring a cleaner, more controlled environment that supports the longevity and efficient performance of critical equipment.