How to Control Corrosion in Cooling Water System?
Why RXSOL CORROSION INHIBITOR for cooling Water System Required ?
Corrosion damage metal surface by chemical or electrochemical reaction which results failure of equipment with the resultant cost of replacement and plant downtime.
Due to Deposition of CORROSION result fouling in of heat exchanger fouling caused by the accumulation of corrosion products., Heat Transfer efficiency decreases. Which resulting loss of plant efficiency due to loss of heat transfer.
HOW to CONTROL CORROSION in COOLING SYSTEM?
Primary Step : Use calcium carbonate bleanded RXSOL-40-4090-025 to increase alkalinity in the water which results to form a protective film on METAL SURFACE.
Second Step : Remove the corrosive oxygen from the water, either by mechanical or chemical deaeration Oxygen Scavenger RXSOL-50-5023-025. Excess of OXYGENT is mother of CORROSION.
Second Step : Remove the corrosive oxygen from the water, either by mechanical or chemical deaeration Oxygen Scavenger RXSOL-50-5023-025. Excess of OXYGENT is mother of CORROSION.
Third Step : Add corrosion inhibitors RXSOL-40-4011-025
Which material is used to protect COPPER METAL in Water System?
Copper Corrosion Inhibitors. The most effective corrosion inhibitors for copper and its alloys are the aromatic triazoles, such as benzotriazole (BZT) and tolyltriazole (TTA).
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