DEAERATOR
Boost Efficiency and Longevity: Precision Deaeration for Reliable Boiler Operations
Key Functions
Steam Saver: "Turning Up the Heat Without Turning Up the Bill"
Recycles energy from closed-loop steam systems, reducing live steam requirements and improving overall system efficiency. By minimizing the amount of gas to be removed, it lowers steam consumption and energy costs.
Boiler’s Best Friend: "No More Cold Water Surprises"
Preheating feedwater to ~105°C ensures a smooth transition of water into the steam, preventing thermal shock to boilers & Components
O₂ Eviction Expert: "Bye-Bye, Oxygen"
Lowers dissolved oxygen to 7 ppb, preventing corrosion and reducing chemical treatment costs.
Rust Buster: "Keeping Your Boiler Shiny Inside"
Removes carbon dioxide and other harmful gases that lead to pitting and scaling. Ensures your steam equipment stays corrosion-free and efficient.
Steam Blanket: “No Room for Gases”
Maintains a steam layer over stored water to prevent gas reabsorption and save reheating energy.
Advantages of Pressurized Deaerators
Energy Recovery and Savings: Efficiency That Pays Off:
Maximizes energy efficiency by capturing energy from flash steam and condensate. Preheats feedwater to ~105-180 °C, reducing the energy required to bring water to boiler temperature, lowering fuel consumption, and minimizing operational costs.
Corrosion-Free Operations: Protect Your Investment:
Minimize corrosion by lowering dissolved oxygen to as low as 7 parts per billion, extending the life of high-pressure boilers and critical equipment.
Lower Chemical Costs: Fewer Additives, More Savings:
Reduce or eliminate the need for oxygen-scavenging chemicals such as sodium sulphite or hydrazine, cutting both operational costs and environmental impact.
Adaptability for Varying Loads:
whether high make-up water volumes or high condensate returns—With a high turndown ratio of up to 5:1, it maintains performance during peak and low-demand periods.
Integrated Water Storage & NPSH:
Provide 10-20 minutes of water storage capacity and the net positive suction head (NPSH) required for reliable boiler feed pump operation even during demand surges or fluctuations.
Thermal Shock Prevention: Smooth and Safe Performance:
Operate at temperatures from 105°C up to 180°C to lessen thermal stress on downstream equipment and protect boilers from premature wear.
