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In this series, we will examine some of the most important water system corrosion mechanisms, with discussion of preventive measures to minimize attack.
Major Corrosion Issues in Industrial Water Systems – Part 1 Read More »
This technical report examines the application and benefits of pH stabilization as a corrosion prevention strategy particularly for products where traditional recoating methods are impractical due to design limitations, small-scale operations, or remote locations. Target industries include transportation, heavy equipment, and agriculture, where long-term durability is essential and maintenance access may be limited.
Corrosion Protection through pH Stabilization Read More »
Chemical corrosion control. Chemical corrosion can destroy the containment materials in contact with a process. Means exist to mitigate and even prevent chemical corrosion.Â
Chemical Corrosion Control Read More »
This article will briefly examine this evolution and highlight modern developments in protecting cooling water systems.  Environmental issues related to industrial wastewater discharge are also influencing this evolution.
Part 5: Modern Developments in Protecting Cooling Water Systems Read More »
This article explains metal corrosion basics – the process including the basic chemistry of how metal loss occurs. Methods to control corrosion are also listed and explained. Metal corrosion is a chemical reaction between a metal surface and its environment. Corrosion can occur in a gaseous (dry) environment or a damp (wet) environment. It is the result of an electrical process in which electrons are exchanged between the corroding metal atoms and the acceptor element atoms. Corrosion control involves stopping or minimising the loss of electrons between the components involved in the process.
Metal Corrosion Basics Read More »
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