The Horizontal YQW Gas/Oil Fired Thermal Oil Boiler is a high-performance industrial heating solution engineered for precision and efficiency. Utilizing a sophisticated wet-back internal combustion two-return structure, this boiler is designed to maximize heat transfer while ensuring long-term structural integrity. The integration of top coil tubes prevents direct flame radiation on the rear wall, significantly increasing the radiation heating area and optimizing overall thermal efficiency for demanding industrial applications.
Designed for versatility and sustainability, the YQW series employs micro-positive pressure operation and advanced condensation technology to minimize exhaust gas temperatures and eliminate air leakage. With automatic computer-driven DCS and remote control capabilities, this boiler provides seamless integration into modern production lines across the textile, chemical, food, and pharmaceutical industries, ensuring stable thermal loads and reduced operational costs.
Detailed Parameters
| Design Pressure | 1.1 Mpa | Max. Temperature | 320 ℃ |
|---|---|---|---|
| Fuel Compatibility | Diesel, Gas, Town Gas, Oil | Efficiency Range | Up to 96.28% |
| Control System | DCS / Automatic Computer Control | Capacity Range | 240 KW to 12,000 KW |
| Structure Type | Wet back internal combustion | Heating Surface | Closely-arranged coils |
| Pressure Operation | Micro-positive pressure | Burner Type | International Famous Brand |
Key Advantages
Enhanced Durability
The wet-back internal combustion design protects the rear wall from direct flame radiation, extending the boiler's service life.
High Thermal Efficiency
Utilizing condensation technology and high-efficiency refractory insulation to minimize heat loss and lower exhaust temperatures.
Precision Control
Equipped with automatic computer control and DCS for precise remote management of thermal loads and burner output.
Fuel Flexibility
Compatible with a wide range of fuels including natural gas, diesel, and town gas to adapt to various energy costs.
Compact Footprint
Micro-positive pressure operation allows for higher combustion intensity, resulting in a smaller boiler volume.
Industrial Versatility
Ideal for textile, chemical, rubber, plastics, and food processing industries requiring stable high-temperature oil.
Product Gallery
Management Platforms
Thermal Load Tuning
Automated adjustment of burner output to match real-time energy demands, reducing fuel waste.
Remote DCS Control
Integrated Digital Control System allowing operators to monitor boiler status from a centralized hub.
Safety Monitoring
Continuous pressure and temperature tracking with automatic alerts to ensure operational safety.
Emission Tracking
Real-time monitoring of exhaust gas temperatures to optimize condensation efficiency.
Fuel Management
Switchable fuel inputs allowing seamless transitions between gas and oil based on availability.
Maintenance Scheduling
System logs for burner performance to predict maintenance cycles and prevent downtime.
Investment Return Comparison
| Feature | Traditional Boilers | YQW Series Boiler |
|---|---|---|
| Thermal Efficiency | 80% - 88% | Up to 96.28% |
| Fuel Consumption | High/Variable | Optimized/Low |
| Control Method | Manual/Basic | DCS/Remote Auto |
| Heat Loss | Significant (Radiant) | Minimal (Insulated) |
| Operational Cost | Standard | Reduced by 10-15% |
Frequently Asked Questions
Thermal oil boilers can provide high temperatures at low pressures, reducing the risk of explosions and eliminating the need for expensive high-pressure piping and water treatment.
The YQW series is designed for versatility and can operate on diesel, natural gas, town gas, and various other oil fuels.
The wet-back structure ensures that the rear combustion chamber is surrounded by water/oil, preventing the furnace wall from overheating and reducing thermal stress cracks.
Yes, the boiler features automatic computer control and DCS (Distributed Control System) capabilities for full remote operation and monitoring.
They are widely used in textile, chemical, rubber, plastics, food, and paper industries, as well as for processes involving concentration and dehydration.
This is achieved through a combination of condensation technology, high-efficiency refractory insulation, and a two-return internal combustion structure.
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