Gas (Fuel) Horizontal Heat Transfer Oil Boiler

Product Parameters: - Fuel Option: Natural Gas, Light Oil - Heat Transfer Medium: Thermal Oil - Output Temperature: 320°C - Output Efficiency: 92-98% - Output Power: 120-12,000 kW

Output Power: 100,000 to 10,000,000 BTU/hour

Gas (Oil) Thermal Conductive Oil Boilers, fueled by gas, oil, or ethanol, use thermal conductive oil as the heat transfer medium, serving as a high-temperature heat source suitable for various environments below 350℃. This product boasts high temperature, low pressure, and high thermal energy efficiency. Optional steam generators are also available to produce saturated steam of 1.3MPa or less for customer use.

This boiler features an intelligent control system for particularly easy and simple operation. The controller features a simulated screen display, centralized processing control, and includes automatic ignition and shutdown program control, automatic combustion control, automatic switching and control of the circulating pump, and automatic fault handling and alarm functions.

Structural Features

The boiler employs a wet-back, three-pass internal combustion structure, featuring a top header pipe at the boiler's top, effectively preventing direct flame radiation to the rear wall, thereby increasing the radiant heating surface area and enhancing the boiler's thermal efficiency.

2. Operates under micro-positive pressure, effectively enhancing the combustion intensity within the furnace, resulting in a smaller volume for boilers of the same capacity and improving their thermal efficiency.

3. Utilizing EDA technology, we meticulously calculate the furnace structure dimensions and flue gas flow rates, optimally utilizing flame and flue gas heat exchange to ensure reliable boiler operation and adequate cooling.

4. Employed condensation technology to effectively reduce the temperature of the exhaust smoke.

5. Utilizing rational structural design and superior fire-resistant and thermal-insulating materials, the surface temperature of the furnace is significantly reduced, ensuring it is below 50 degrees Celsius (exceeding national standards), thereby minimizing heat loss.

6. Featuring a new design that reduces harmful emissions during fuel combustion, particularly nitrogen oxide emissions, to meet the nation's low nitrogen oxide emission standards.

7. Utilizing imported burners from several renowned international brands, suitable for various application scenarios, ensuring both quality and safety.