Thermodyne Engineering Systems

Oil Fired Boiler (Savemax) – Engineered for Superior Efficiency, Reliability & Industrial Performance

savemax

Oil Fired Boiler -Savemax

The Savemax is a three-pass, smoke-tube design,  gas or oil fired boiler with an internal water-cooled furnace. This design ensures high efficiency and optimal performance, making it the ideal choice for various industrial applications.

Featuring a standard three-pass internal furnace smoke tube configuration with water enclosed reversal chamber. This design ensures enhanced heat transfer as the reversal chamber and the furnace are surrounded by water on all sides, making effective heat transfer of the flue gases to the water. The flue gases travel through the tubes in the 2nd and 3rd passes, delivering maximum heat to the water thereby producing steam efficiently.

Oil fired boiler related FAQ's -

An oil fired boiler is a type of industrial boiler that uses oil—such as light diesel oil, furnace oil, or heavy oil—as its primary fuel source to generate steam or hot water for various industrial processes

Oil fired boilers can use the following types of oil:

  • Light Diesel Oil (LDO)

  • Furnace Oil (FO)

  • Heavy Oil

These are the most common fuel oils used for industrial oil fired boilers

The oil fired boiler working process involves burning fuel oil in a combustion chamber. The heat produced transfers to water through a heat exchanger, generating steam or hot water for industrial use. Exhaust gases are safely expelled through the flue system.

Yes, oil fired steam boilers are available in both low and high-pressure configurations to meet industrial demands.

Key components include:

  • Burner (for oil combustion)

  • Combustion chamber

  • Heat exchanger

  • Water tubes or shell

  • Steam drum (for steam boilers)

  • Flue gas ducting and chimney

  • Control systems and safety devices

Oil fired boilers are widely used in industries such as food processing, chemical manufacturing, textile, pharmaceuticals, paper, and small-scale manufacturing where reliable steam or hot water is required.

  • High efficiency and rapid steam generation

  • Consistent and controllable heat output

  • Suitable for locations without access to natural gas

  • Compact design options for limited space industries

  • Lower emissions with modern burners and controls

Consider the following factors:

  • Required steam or hot water output (capacity)

  • Operating pressure

  • Fuel type and availability

  • Space constraints

  • Efficiency ratings

  • Budget and operational costs

  • Maintenance requirements

Common types include:

  • Scotch marine boiler

  • Locomotive boiler

  • Cornish boiler

  • Lancashire boiler

  • Vertical fire-tube boiler