Industrial Coal Fired Thermal Oil Boiler Factory and Suppliers in China
Our Coal Fired Thermal Oil Boiler represents the pinnacle of industrial heating engineering, specifically designed for applications requiring high-temperature heat transfer without the risks associated with high-pressure steam. By utilizing a specialized liquid-phase heat carrier, this system ensures uniform heat distribution and exceptional stability, making it an ideal choice for heavy-duty manufacturing processes.
Engineered for maximum efficiency and safety, the YQW series offers a closed-loop heating system that significantly reduces energy loss. Whether you are operating in water-scarce regions or require precise temperature modulation for delicate chemical processes, our thermal oil boilers provide a robust, high-efficiency alternative to traditional steam boilers, ensuring consistent performance under diverse working conditions.
Detailed Parameters
| Design Working Temp | ≤ 320 ℃ | Rated Working Pressure | 1 Mpa |
|---|---|---|---|
| Thermal Efficiency | ≥ 95% | Max Thermal Power | 4000 Kw |
| Min Thermal Power | 350 Kw | Medium Type | Thermal Oil |
| Control System | Complete Automation | Circuit Design | Closed Loop |
| Oil Capacity Range | 0.3 - 4.5 m³ | Heat Transfer Mode | Liquid-phase |
Key Advantages
Low Pressure, High Temp
Achieve significantly higher working temperatures while maintaining low operating pressure, enhancing overall plant safety.
Precise Temperature Control
Capable of carrying out stable heating with precise temperature adjustments to meet strict industrial requirements.
Maximum Thermal Efficiency
Optimized design ensures the best thermal efficiency is maintained consistently across different working conditions.
Comprehensive Safety
Equipped with full operation control and advanced safety detection devices to prevent operational hazards.
Liquid-Phase Transfer
Utilizes efficient liquid-phase heat transfer, ensuring rapid and uniform heat delivery to the target equipment.
Water-Saving Solution
Perfect replacement for steam boilers in water-poor areas, utilizing oil as the medium to eliminate water consumption.
Product Gallery
Management Platforms
Fuel Management
Optimized coal feeding systems to ensure consistent combustion and fuel efficiency.
Thermal Monitoring
Real-time temperature tracking across the closed loop to prevent overheating.
Safety Alerts
Instant notifications for pressure deviations or safety device triggers.
Automated Control
PLC-based automation for precise temperature regulation and sequence startup.
Oil Quality Check
Integrated monitoring of thermal oil degradation and replenishment needs.
Efficiency Analysis
Data-driven reports on thermal output vs. fuel consumption for cost optimization.
Investment Return Comparison
| Feature | Steam Boiler | Thermal Oil Boiler |
|---|---|---|
| Operating Pressure | High Pressure | Low Pressure |
| Water Consumption | High / Continuous | Near Zero (Closed Loop) |
| Heat Distribution | Potential for Condensation | Uniform & Stable |
| Safety Risk | High Explosion Risk | Low Pressure Safety |
| Maintenance Cost | High (Scale Removal) | Low (Oil Management) |
Frequently Asked Questions
The primary benefits include the ability to achieve high temperatures at much lower pressures, eliminating the risk of high-pressure explosions and significantly reducing water consumption in water-scarce regions.
The closed-loop system prevents heat loss to the environment and eliminates the need for continuous venting or blowdown, ensuring that the maximum amount of energy is transferred to the process.
The YQW series is engineered for high performance, maintaining a thermal efficiency of ≥ 95% across various operating conditions.
Yes, it is specifically designed for stable heating and precise temperature modulation, which is critical for industries like chemical processing and textile manufacturing.
Our boilers come with a complete set of operation control and safety detection devices, including over-temperature alarms and pressure relief valves.
Absolutely. Since it uses thermal oil as the heat carrier rather than water, it completely avoids issues related to scale buildup and water treatment in poor water quality areas.
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