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Hot Oil Boiler Daboo Sanat

Daboo Sanat

In industrial heating systems, water and steam are mainly used as heat transfer fluid and heat carrier, but at high temperatures steam and water treatment require higher operating pressures that are not cost effective and lack high safety coefficients. Therefore, high temperature applications such as natural gas heating, crude oil heating, indirect steam heating and the like use hot oil for heat transfer. Hot oil operates at a pressure close to atmospheric pressure up to 2 ° C. To achieve a temperature of 2 degrees Celsius by water and steam fluid requires a working pressure of 3 times.
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Hot Oil Boiler Daboo Sanat

In addition to lower operating pressures, the use of hot oil instead of water and steam at high temperatures has several other advantages, including:
Small volume
Saving fuel
Easy to install and set up
Easy navigation and operation
Unlimited heat capacity
No risk of corrosion and freezing damage
Much less noise than steam boilers
No heat loss through condensation
No need for preliminary water feeding operations
Less time to reach the desired temperature than steam boilers
Accurate and safe design of hot oil boilers is crucial for optimum use in high temperature applications. Hot oil heating systems manufactured by Dub Industries are designed and manufactured in accordance with international standards API and DIN4754. These systems are in the form of integrated coils (OIL TUBE) and are available in horizontal and vertical models at capacities of 100,000 to 6,300,000 kcal / hr. All manufacturing operations are performed under the direct supervision of the company's quality control inspectors.

Advantages and Specifications:
Application of fiberglass ceramics with density of 128kg / m3 with thickness of 100mm for insulation of main body and doors
The use of stud rings in door construction to prevent deformation
Use of refractory steels in thermal path separators inside coils
Observe NFPA standard requirements regarding high operating temperature of the machine
Non-use of concrete and refractory materials in insulators
Ability to withstand heat shock due to temperature difference between inlet and outlet oils up to 50 ° C
Significant efficiency of 85%
Ability to operate up to 350 ° C
High system safety
Reduce pumping cost due to low pressure drop in oil path
Easy to maintain and operate
Using very precise control equipment made in European countries
High reliability in design of body and interior components as well as beauty while maintaining high strength
It is possible to install a recuperator in the exhaust flue gas path to preheat the intake air to the burner and increase the efficiency as an option.

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