Biomass Fired Thermal Oil Boiler Factory Leading China Suppliers
The Biomass Fired Thermal Oil Boiler is a high-efficiency industrial heating solution engineered to deliver superior thermal performance using sustainable biomass fuels. By utilizing a closed-loop liquid-phase heat transfer system, this boiler achieves high operating temperatures while maintaining significantly lower pressures compared to traditional steam systems, ensuring enhanced operational safety and efficiency.
Designed for versatility and precision, the system is ideal for industries requiring stable heat distribution and rigorous temperature control. With its advanced safety detection devices and optimal thermal efficiency across varying working conditions, it serves as a sustainable and cost-effective alternative to water-medium boilers, especially in regions with limited water resources.
Detailed Parameters
| Design Working Temp | ≤ 320 ℃ | Rated Working Pressure | 1 Mpa |
|---|---|---|---|
| Thermal Efficiency | ≥ 95% | Oil Capacity Range | 0.3 - 4.5 m³ |
| Power Range (Kw) | 350 - 4000 Kw | Power Range (10⁴Kcal/h) | 30 - 350 10⁴Kcal/h |
| Model Series | YQW Series | Heat Carrier | Thermal Oil / Liquid-phase |
| Control System | Full Operation Control | Safety Rating | Integrated Detection Devices |
Key Advantages
Low Pressure Safety
Able to obtain higher working temperatures under lower operating pressure, reducing vessel stress and increasing safety.
Stable Temperature
Capable of carrying out stable heating and precise temperature adjustment to meet strict industrial requirements.
High Thermal Efficiency
Maintains the best possible thermal efficiency across different working conditions, optimizing fuel consumption.
Intelligent Control
Equipped with a complete set of operation control and safety detection devices for seamless monitoring.
Water-Saving Design
An ideal replacement for steam boilers in water-poor areas by using thermal oil as the heat medium.
Closed-Loop Efficiency
The closed-loop heating system ensures maximum heat utilization and minimal energy loss during transport.
Product Gallery
Management Platforms
Fuel Optimization
Manage biomass fuel intake to maintain peak thermal efficiency and low emissions.
Thermal Monitoring
Real-time tracking of oil temperature and pressure for precise process control.
Safety Alerts
Automated detection systems provide instant alerts for any operational deviations.
Loop Maintenance
Schedule closed-loop system checks to ensure zero leakage and optimal flow.
Capacity Scaling
Flexible model selection from 350Kw to 4000Kw to match growing production needs.
Efficiency Analysis
Data-driven analysis of heat output versus fuel consumption for ROI tracking.
Investment Return Comparison
| Feature | Traditional Steam Boiler | Biomass Thermal Oil Boiler |
|---|---|---|
| Operating Pressure | High (Higher Risk) | Low (Enhanced Safety) |
| Water Consumption | Very High | Minimal (Closed Loop) |
| Temp Precision | Moderate | Very High / Stable |
| Fuel Cost | Dependent on Fossil Fuels | Low (Sustainable Biomass) |
| Thermal Efficiency | Standard Efficiency | Optimized (Up to 95%) |
Frequently Asked Questions
Thermal oil boilers can achieve higher temperatures at much lower pressures, significantly increasing safety. They also require far less water and provide more stable and precise temperature control.
Our biomass fired boilers are designed to work with a wide variety of organic materials, including wood chips, pellets, agricultural waste, and other sustainable biomass fuels.
This is achieved through an optimized heat exchange design, a high-performance closed-loop system, and precise combustion control that maximizes the heat energy extracted from the biomass.
Yes, absolutely. Because it uses a closed-loop liquid-phase heat transfer medium (thermal oil) instead of water/steam, it is the ideal choice for water-poor environments.
The system includes complete operation control and a suite of safety detection devices that monitor pressure, temperature, and oil levels to prevent accidents.
Our range covers 350Kw up to 4000Kw. You should select a model where the rated thermal power exceeds your peak load requirement to ensure stable operation and longevity.
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