Corrosion Scale Inhibitor Boiler Treatment

Dosage

• Dosage (ppm) = (Feedwater Hardness × F) + (Feedwater Iron × 20)
• Select Factor F based on boiler pressure:
• Use F = 23 for boilers up to 30 bar.

Most industrial and utility boilers globally operate between 10–40 bar (low to medium pressure steam production).

F = 23 works well for boilers using softened feedwater, which is very common internationally.

Even for pressures slightly above 35 bar (up to 45 bar), using F = 24 still keeps treatment safe and effective without under- or overdosing.

Manage Phosphate reserve after dosing the product as per below:

Boiler PressurePhosphate Reserve0–20 bar30–70 ppm21–40 bar20–50 ppm41–60 bar20–40 ppm61–70 bar15–30 ppm

Maximum pressure limit for this product is 60 bar.

Features and Benefits

• Phosphate-Polymer Blend: Combines the proven benefits of phosphate treatment with advanced polymer technology for superior boiler protection.
• Effective Sludge Control: Disperses iron and phosphate sludges, preventing buildup and blockages.
• Enhanced Scale Prevention: Efficiently transports calcium, magnesium, iron, phosphate, and silica through the system to avoid deposit formation.
• Optimized for Softened Water: Specially designed for steam boilers using softened make-up water.
• Liquid Formulation: Easy to handle, dose, and integrate into existing treatment programs.
• Compatible with Boiler Metallurgy: Safe for use across a wide range of boiler materials without risk of corrosion.
• Increases Steam Production Efficiency: Minimizes scaling and deposits, ensuring uninterrupted heat transfer and maximizing operational performance.
• Extends Boiler Life: Reduces the risk of tube overheating and mechanical failure, prolonging equipment life.
• Lowers Maintenance Costs: Prevents the formation of adherent deposits, reducing the frequency of cleaning and unscheduled shutdowns.
• Improves Operational Safety: Maintains boiler cleanliness, helping to avoid dangerous overheating and pressure issues.
• Reduces Chemical Consumption: Highly efficient formulation requires lower dosages compared to conventional treatments.
• Simplifies System Management: Liquid formulation ensures easy and accurate dosing with minimal handling risks.

How Corrosion Scale Inhibitor Boiler Treatment Improves Efficiency:

Prevents Scale Formation

• Inhibits deposition of calcium, magnesium, and other hardness salts
• Keeps heat transfer surfaces clean, ensuring optimal thermal conductivity

Reduces Fuel Consumption

• Clean surfaces transfer heat more efficiently
• Less fuel is required to generate the same amount of steam

Minimizes Corrosion

• Protects metal surfaces from oxidation and chemical attack
• Reduces the risk of leaks, pitting, and structural damage

Extends Boiler Life

• Less corrosion and scale mean fewer breakdowns
• Prolongs the service life of tubes, pumps, and other components

Lowers Maintenance Costs

• Reduces the need for cleaning, repairs, and part replacements
• Minimizes downtime and operational disruptions

Improves Water Cycle Efficiency

• Promotes cleaner condensate return
• Enhances overall system stability and performance