LP & HP Boiler Dosing System

Chemical Storage Tanks:Dedicated containment for oxygen scavengers, pH adjusters, and inhibitors.

Precision Metering Pumps:High-accuracy pumps to control the exact flow of treatment chemicals.

Advanced Control Panel:Automates dosing rates based on real-time water quality data.

Analytical Sensors:Monitoring pH, Conductivity, and ORP to optimize chemical consumption.

Injection Quills:Specialized hardware for safe chemical dispersion into high-pressure feedwater lines.

Oxygen Scavengers:Essential for removing dissolved oxygen to prevent pitting and corrosion.

Alkalinity Agents:Raising pH levels to neutralize acidic corrosion within the boiler shell.

Scale Inhibitors:Preventing mineral buildup on tubes that impairs heat transfer and causes overheating.

Phosphate Treatment:Specifically for HP boilers to precipitate hardness as manageable sludge.

Amine Compounds:Protecting condensate return lines from corrosion by controlling pH levels.

Continuous Quality Monitoring:Sensors provide a live stream of feedwater chemistry data.

Flow-Proportional Dosing:Adjusting chemical injection rates based on fluctuating boiler loads.

Multi-Stage Injection:Tailored dosing for both LP (Low Pressure) and HP (High Pressure) sections.

Automated Feedback Loop:Real-time system adjustments based on post-dosing water quality analysis.

Low-Pressure (LP) Systems:Focused on basic oxygen scavenging and pH control for moderate climates.

High-Pressure (HP) Systems:Complex regimens involving precise phosphate and inhibitor control to prevent carryover.

Safety & Reliability:Automated systems minimize hazardous manual chemical handling and human error.

Power Generation:High-pressure boilers requiring extreme precision for turbine protection.

Chemical Processing:Managing diverse steam loads with tailored chemical regimens.

Food & Pharma:Ensuring high steam purity to avoid product contamination.

District Heating:Preventing scale and efficiency loss in massive HVAC networks.