How The Strengite Process Works.
The Strengite Process can start as either a cleaner or as corrosion inhibitor. The Strengite Process makes it possible to move from cleaner to inhibitor and back again an infinite number of times without water loss or discharge. This means that a system can be cleaned and inhibited and potentially decades in the future be cleaned and return to inhibition all without discharge or loss of the core corrosion inhibitors.
The Strengite Cleaning Process can begin by adding Strengite cleaner to the system. This causes the system pH to fall. As the corrosion deposits react with the cleaner, the system pH rises. Cleaning is continued until pH reaches a predetermined level or stabilises. When the cleaning phase is finished, the dissolved contaminants are then precipitated within the Strengite equipment.
After all the contaminants are precipitated, a corrosion inhibitor system is then assembled from the remaining chemical ions in solution by addition of specially formulated Strengite inhibitor products. Standard inhibitor products cannot be used as they can lead to an unbalanced corrosion inhibition system. The result will be corrosion and scaling issues. All Strengite inhibitors are formulated to control scaling. In hard water areas, independent testing has shown that inhibitor systems that are not formulated to control scale can result in a drop in boiler efficiency rating from an A band to a C or D band rating within six months.
