Water Quality Assessment:
Conduct an initial analysis of the process water to determine hardness, pH levels, temperature, and chemical composition.
Identify the potential for scaling or corrosion within the system based on water conditions.
Dosing and Integration:
Inject Phosphonates HEDP into the water treatment system at the recommended concentration, either via a chemical feed pump or manual addition, based on the system’s water usage and scale/corrosion risks.
Ensure uniform distribution across the system to maximize the protective effect.
System Monitoring and Optimisation:
Regularly monitor the system for scaling or corrosion, especially on heat exchangers, cooling towers, or pipes, where buildup can occur.
Adjust dosing rates of Phosphonates HEDP based on performance data or any changes in the water chemistry or system operation.
Maintenance and Cleaning:
Periodically inspect the system for signs of scale formation or corrosion, and clean equipment when necessary to remove any deposits.
Perform chemical cleaning cycles if needed, with a focus on using appropriate cleaning agents in combination with Phosphonates HEDP to remove scale without damaging equipment.
Long-term Performance:
Phosphonates HEDP will continuously inhibit scale formation and prevent corrosion, ensuring that critical components like boilers, heat exchangers, and cooling towers operate efficiently.
Implement a regular maintenance schedule to ensure that the chemical treatment remains effective throughout the life of the system.