How does a diesel oil thermal oil heater

Fire and gas
1

A diesel oil Thermal Oil Heater operates by heating diesel oil to a high temperature and circulating it through a closed-loop system to transfer heat to a variety of applications. Here’s how it works:

wood thermal oil heater
wood thermal oil heater600×338 82.3 KB

  1. Fuel Combustion: The process begins with the combustion of diesel oil in a burner. The burner ignites the diesel oil, creating a flame inside the combustion chamber.

  2. Heat Exchange: The heat generated by the combustion process is transferred to the thermal oil through heat exchanger coils. The thermal oil is typically circulated through the coils by a pump.

  3. High Temperature Operation: As the thermal oil passes through the heat exchanger, it absorbs heat from the burner flame, reaching temperatures typically between 300°C to 400°C (572°F to 752°F).

  4. Circulation: Once heated, the thermal oil is circulated through the system to the desired heat transfer points, such as heat exchangers, dryers, reactors, or any other equipment requiring heat.

  5. Heat Transfer: At the heat transfer points, the hot thermal oil releases its heat energy to the process or equipment, raising the temperature of the target material or fluid.

  6. Return to Boiler : After transferring heat, the now cooler thermal oil returns to the boiler where it is reheated and the cycle repeats.

  7. Temperature Control** : The system typically includes temperature controls to regulate the temperature of the thermal oil within a specific range, ensuring optimal performance and safety.

  8. Closed-loop System: The thermal oil system operates in a closed-loop configuration, meaning the oil is continuously circulated within the system and does not come into direct contact with the external environment. This minimizes the risk of contamination and ensures efficient heat transfer.

Overall, diesel oil thermal oil boilers offer a reliable and efficient way to provide high-temperature heat for industrial processes, drying applications, and other heating needs. They are commonly used in industries such as chemical processing, oil and gas, food processing, and manufacturing.

2

A simple and basic efficient procedure operates a diesel oil thermal oil heater. In a closed-loop system, it uses diesel oil as the fuel input to heat a specific heat transfer fluid, usually an oil with a synthetic or mineral base. High temperatures are produced by lighting diesel oil in a combustion chamber found in the heater. The heat transfer fluid, which is circulated through a system of coils or tubes submerged in the combustion chamber, receives this heat.

The heat transfer fluid heats up to the appropriate temperature as a result of absorbing thermal energy. After that, the heated fluid travels via insulated pipework to several locations of use, including equipment, industrial operations, and building heating systems. Here, the fluid’s temperature is raised in accordance with the heat transfer from the fluid to the desired application.

To complete the loop, the now-cooled heat transfer fluid is returned to the thermal oil heater. Through combustion, the fluid in the heater is reheated, keeping it at a constant temperature for continued use. The system may consist of parts that control temperature, pressure, and fluid flow during the process, such as expansion tanks, pumps, and controllers.

In general, the diesel oil thermal oil heater effectively utilizes combustion heat to raise a heat transfer fluid’s temperature, enabling accurate and dependable heating for an extensive array of industrial and commercial uses.