Feedwater Heater

Engineering for Peak Cycle Efficiency

The Problem: Cold feedwater entering a boiler requires immense amounts of fuel to reach steam-generating temperatures, causing inefficient combustion and significant thermal stress on the boiler drum.

The Solution: Our feedwater heaters act as the primary energy recovery bridge. By capturing the latent heat of extraction steam, they raise the feedwater temperature closer to the boiler's operating point. This reduces the "heat rate" of your plant-meaning more electricity produced for every ton of fuel burned.

 Key Features & Benefits

Optimized Multi-Zone Heat Transfer: Our heaters feature distinct zones  for Desuperheating, Condensing, and Subcooling (Drain Cooling), ensuring maximum energy extraction from the extraction steam.

High-Pressure Reliability (HP Heaters): Engineered to withstand the extreme pressures of the boiler feed pump discharge, featuring forged tubesheets and high-strength hemi-head or channeled closures.

Low-Pressure Versatility (LP Heaters): Designed for large volume flows with minimal pressure drop, typically located between the condensate pump and the deaerator.

Thermal Stress Resistance: Precision-welded tube-to-tubesheet joints and advanced baffle designs accommodate rapid load changes and thermal cycling common in modern grid-balancing operations.

Advanced Metallurgy: Available in various materials, including high-grade Carbon Steel, SS304/316L, or specialized Monel/Inconel alloys for aggressive chemical environments.