Boilers are industrial or residential heating systems designed to generate hot water or steam for heating, power, or processing applications. They typically use fuel combustion or electric heating elements to produce heat, which is transferred to water to generate steam or hot water. The steam or hot water is then distributed through pipes to various points of use. Boilers are commonly used in heating buildings, providing hot water for sanitation and domestic use, and driving steam turbines for electricity generation in power plants. They come in various types such as fire-tube, water-tube, electric, and biomass boilers, each suited for specific applications and operating conditions. Regular maintenance and safety protocols are essential for their efficient and safe operation.


Our boilers can burn any liquid or gaseous fuel; and come in sizes from 50 to 500 horsepower with pressures to 450 PSI.  Our boilers are designed and engineered with larger furnaces, providing for inherently lower NOx emissions.  To produce lower emissions, our boilers employ technologies such as; gas and air pre-mix, flue gas recirculation, and thermal reduction.  We have also developed new control systems that utilize microprocessor-based fuel/air ratios offering superior combustion.

Our Boilers are designed and engineered with larger furnaces.  These larger furnaces enable us to provide for inherently lower NOx emissions.  New control systems offer superior combustion, utilizing microprocessor-based fuel/air ratio controls.

Research and development projects are maintained in-house, as we continually strive to provide boiler solutions to meet all federal and state requirements, while greatly reducing “greenhouse” gasses.


Standard Features



Built in accordance with the ASME Code, the wet back design has proven to give much longer useful life cycles than dry back boilers.



Each unit is tested and inspected and registered with the National Board of Boiler and Pressure Vessel Inspectors.



Our Boiler utilizes state of the art computer design techniques in every boiler.  This accounts for accurate calculations of construction materials and optimum utilization of the boiler’s performance criteria.



Our boiler is designed for optimum fuel efficiency and has proven in certified tests to meet, and often exceed, the efficiencies of four-pass boilers.


Tube Sheets

The wet back has independent tube sheets with uniform temperatures.  Three and four pass dry back boilers have tube sheets with large temperature variations and this results in premature tube failure and cracks in the tube sheets.


Easy Access

Since there is no large refractory rear door, one man can easily remove the rear cover plates for access to the tubes.  Front doors can be opened without removing burner components or controls.

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