The Coal Fired Thermal Oil Boiler is a high-performance industrial heating solution designed for applications requiring precise temperature control and high thermal efficiency. By utilizing a liquid-phase heat transfer medium, this system achieves superior heat distribution and stability, making it an ideal choice for industries transitioning from traditional steam boilers or those operating in water-scarce regions.
Engineered for durability and safety, our thermal oil boilers operate in a closed-loop system that maximizes heat utilization while maintaining lower operating pressures even at high working temperatures. With integrated safety detection devices and advanced operation controls, this equipment ensures seamless integration into complex manufacturing environments, providing consistent energy output and reduced operational costs.
| Design Working Temp | ≤ 320 ℃ | Rated Working Pressure | 1 Mpa |
|---|---|---|---|
| Thermal Efficiency | ≥ 95% | Oil Capacity Range | 0.3 - 4.5 m³ |
| Model Range | YQW-350 to YQW-4000 | Rated Power (Kw) | 350 - 4000 Kw |
| Thermal Power (Kcal/h) | 30 - 350 (10⁴Kcal/h) | Medium Type | Thermal Oil / Liquid-phase |
| Control System | Complete Operation Control | Safety Standard | Integrated Detection Devices |
Capable of achieving higher working temperatures while maintaining significantly lower operating pressure compared to steam systems.
Delivers stable heating and precise temperature adjustment to meet the most stringent industrial process requirements.
Optimized design ensures that the best thermal efficiency is maintained across a wide range of different working conditions.
Equipped with a comprehensive suite of operation control and safety detection devices for risk-free industrial use.
An excellent alternative for water-poor regions, replacing water-medium steam boilers with efficient thermal oil heating.
Features a fully closed-loop heating cycle, ensuring high efficiency of heat utilization and minimal energy loss.
Optimize heat distribution across multiple production lines to ensure uniform temperature gradients.
Smart control systems that automatically adjust fuel input based on real-time temperature demands.
Continuous monitoring of pressure and temperature with instant alerts for any parameter deviation.
Detailed analytics on coal consumption to help enterprises optimize their energy procurement and costs.
Integrated tracking for thermal oil degradation and scheduling for optimal oil replacement cycles.
Remote diagnostic capabilities to identify maintenance needs before they lead to unplanned downtime.
| Comparison Metric | Traditional Steam Boiler | Thermal Oil Boiler |
|---|---|---|
| Operating Pressure | High (High Risk) | Low (High Safety) |
| Temperature Range | Limited by Pressure | High Temp / Low Pressure |
| Water Requirement | Very High | Minimal (Closed Loop) |
| Heat Transfer Efficiency | Moderate | High (Liquid Phase) |
| Maintenance Frequency | High (Scaling Issues) | Low (Stable Medium) |
Thermal oil boilers can achieve higher temperatures at much lower pressures, reducing safety risks and eliminating the need for expensive high-pressure vessels. They also require significantly less water, making them ideal for arid regions.
Our YQW series maintains a thermal efficiency of ≥ 95%, utilizing a closed-loop liquid-phase heat transfer system that minimizes energy loss during distribution.
The system is equipped with complete operation control and safety detection devices, including pressure sensors and temperature controllers to ensure safe and stable operation.
Yes, it is specifically designed to replace water-medium steam boilers in water-poor areas, as the thermal oil medium circulates in a closed loop with minimal makeup requirements.
The design working temperature for the YQW series is up to 320 ℃, allowing for high-temperature industrial processing without requiring extreme pressure.
Temperature is managed through stable heating and precise adjustment controls, allowing the user to maintain a constant heat output regardless of the external working conditions.