High Combustion Efficiency: ≥95% Fuel Types: Diesel, heavy oil, light oil, etc. Safe and Reliable, Clean Combustion Applicable Industries: Chemical, pharmaceutical, food, textile, and paper industries.
YX oil and gas fired thermal oil boilers represent an advanced and highly efficient heating solution, engineered for industrial applications that demand precise temperature management. The boiler incorporates an innovative three-pass fire tube design: flue gas travels inside the tubes while the thermal oil circulates outside within the shell. This configuration maximizes heat exchange and operational efficiency.
Through fuel atomization technology, liquid or gaseous fuels are broken into fine droplets, promoting thorough ignition and highly efficient combustion. This results in improved energy utilization, cleaner operation, and reduced waste.
As a leading manufacturer and supplier, YX specializes in thermal oil boilers tailored for high-temperature industrial heat transfer. These systems offer rated thermal capacities from 0.5 to 20 MW and operate at pressures from 0.7 to 1.6 MPa. With thermal efficiency reaching up to 95%, YX boilers deliver reliable and consistent performance.
Built to serve a wide range of sectors—including chemical, pharmaceutical, food processing, textile, and paper industries—YX thermal oil boilers ensure fast heating, energy savings, and environmental compliance. They provide a dependable high-temperature heat source capable of supporting modern, high-demand production environments.
The advanced closely-arranged coil structure ensures uniform heating and high-speed circulation of thermal oil within the boiler, effectively preventing localized overheating. This design significantly improves heat utilization efficiency while greatly reducing heat loss. Compared to conventional boilers, the thermal efficiency can exceed 90%, making it particularly suitable for industries with high energy efficiency requirements such as chemical, pharmaceutical, and food processing.
The oil and gas thermal oil boiler is equipped with precision electronic temperature control systems featuring internationally renowned components such as Siemens and Schneider. Through intelligent programming, the system enables real-time temperature monitoring and regulation, maintaining temperature fluctuations within a range of ±1°C. This meets the stringent requirements of high-precision industrial applications. Whether supporting continuous production processes or applications demanding extreme thermal stability—such as textile dyeing and finishing or specialized chemical production—the boiler delivers consistent and reliable performance.
The oil and gas thermal oil boiler not only delivers high-temperature thermal oil for industrial processes, but also offers flexible energy conversion to generate steam, hot water, or electricity according to specific enterprise needs. For example, in the textile sector, the same unit can simultaneously supply thermal oil for heating and steam for drying and shaping processes—effectively reducing production costs and enhancing overall operational efficiency.
Capable of operating on diverse fuels such as natural gas, light oil, and diesel, the boiler adapts seamlessly to regional variations in fuel availability. Equipped with intelligent combustion technology and internationally recognized burners from brands including Riello, Baltur, and Weishaupt, the system ensures precise air-fuel ratio control. This enhances combustion completeness, minimizes pollutant emissions, and meets stringent environmental regulations, offering enterprises an efficient and sustainable energy solution.
The boiler is equipped with comprehensive safety protection systems—including over-temperature protection, low oil level alarm, and real-time pressure monitoring—to ensure safe and stable operation under all working conditions. Its compact design requires minimal installation space, making it suitable for enterprises with limited available area. This space-efficient layout also simplifies maintenance procedures, helping to ensure long-term operational reliability and energy efficiency.
