Indeck Power Equipment Company products

Indeck is a world leader in industrial watertube boiler manufacturing and distribution. Indeck’s saturated steam boilers are available in saturated and superheat steam conditions. Our saturated steam boilers provide reliable steam to industrial facilities and large commercial campuses in over 50 countries worldwide.

Superheated steam is mainly used in applications where the steam pressure can be harnessed. The lower density of superheated steam allows for higher efficiency in propulsion applications –like a turbine or reciprocating piston. Additionally, the higher ΔT tolerance of superheat steam makes it advantageous in applications where condensing steam (water droplets) would damage equipment or slow operational efficiency. Indeck Superheat Boilers Meet Short Term Need for Turnaround, Outages and Emergencies in Petrochemical, Refinery and Processing Industries

Indeck’s “O” Type watertube boilers are designed with the flexibility in mind. The versatile drum orientation allows Indeck’s “O” model boilers to meet unique project requirements for shop-assembled or field-erected boilers. The “O” type watertube boiler is capable of producing steam up to 1,000,000 lb/hr at design pressures over 2000 PSIG and superheated steam over 1,050°F.

A complete line of “A” type boilers are offered to provide the ability to fire the dirtier fuels while still incorporating the benefits offered with a package designed steam gener ator. The “A” type boiler is fully shop assembled, rail shippable up to steam capacities of 300,000 PPH. If your project requires an industrial boiler, watertube steam packaged boiler or other specialty boiler, call Indeck at 847-541-8300 for more information on our A-style package boilers for rent or sale.

Indeck “D” type watertube boilers are designed to reduce overall project cycle time and to lower steam generating equipment costs. Indeck offers the largest inventory of watertube boilers for sale in the U.S. 

Indeck’s economizers capture waste heat and recirculate this energy back into the boiler system through the boiler’s feedwater. This heat exchange process reduces the energy needed to heat the boiler system-saving on fuel and operational costs, while simultaneously increasing boiler efficiency.