Prolonging Infrastructure Life with Migratory 'Surface Applied' Corrosion Inhibitors
Ken Braunlich
National Program Manager
August 21, 2023
In our rapidly evolving world, aging infrastructure poses a significant challenge. Engineers and concerned citizens alike are committed to rejuvenating these vital structures. Whether you're a seasoned engineer or someone intrigued by the idea of extending infrastructure life, we invite you to explore the remarkable world of Migratory Surface Applied Corrosion Inhibitors, the unsung heroes of this mission.
The Aging Challenge: Infrastructure Degradation
Picture the bridges connecting communities, the pipelines transporting essential resources, or the dams harnessing nature's power. Over time, these critical components of our infrastructure inevitably face corrosion, a natural process where metals react with their environment. If left unchecked, this corrosion can compromise safety and economic stability.
The Superheroes: Migratory Surface Applied Corrosion Inhibitors
Now, let's introduce our heroes: Migratory Surface Applied Corrosion Inhibitors. These remarkable agents are the linchpin for achieving infrastructure longevity. But what sets them apart?
1. The Armor of Passivation:
Migratory Surface Applied Corrosion Inhibitors act like skilled craftsmen, meticulously crafting protective armor for infrastructure. They form a barrier that shields against corrosive elements, such as moisture and oxygen. This protective shield stands guard, extending the life of our invaluable structures.
2. Masters of Adsorption:
Much like covert operatives, these inhibitors seamlessly blend with the metal surfaces of infrastructure. They forge gentle chemical bonds, subtly altering the electrochemical properties of the metal. In doing so, they create an environment less attractive to corrosive agents, effectively thwarting corrosion's destructive agenda.
3. Film Directors of Protection:
Some Migratory Surface Applied Corrosion Inhibitors are directors of their own films. They catalyze the formation of a robust protective film on infrastructure surfaces, akin to encasing them in impenetrable armor. This film serves as an invisible shield against the relentless corrosion forces.
4. Invisible Vapor-Phase Sentinels:
Envision invisible sentinels patrolling infrastructure. These inhibitors transform into a protective vapor phase, enveloping the structure like an unseen yet potent shield. This vapor phase can condense on the surface, forming an invisible but effective guard against corrosion.
5. Agile Migratory Protectors:
Last but not least, there are migratory corrosion inhibitors. They're agile guardians, strategically moving to ensure comprehensive coverage of infrastructure. They possess the remarkable ability to safeguard extensive areas, leaving no space unattended.
Conclusion:
Whether you're a dedicated engineer committed to extending the life of vital infrastructure or a concerned citizen eager to ensure the safety and stability of your community, Migratory Surface Applied Corrosion Inhibitors offer a compelling solution. These unsung heroes, with their unique capabilities, tirelessly work to preserve and rejuvenate aging infrastructure. They are the pathway to a brighter future, where chemistry blends seamlessly with engineering. Together, they lead the way in infrastructure longevity.
The long-term (10 Year) Testing with the U.S. Army Corps of Engineers and pioneering work of Surtreat Solutions forms the foundation for the applicable Unified Facilities Guide Specification. This ensures that our mission to extend the life of infrastructure remains a well-structured and successful endeavor. Embrace the power of Migratory Surface Applied Corrosion Inhibitors, and witness our essential structures thrive for generations to come!