The Biomass Fired Thermal Oil Boiler is a high-efficiency industrial heating solution designed to provide stable, high-temperature thermal energy while utilizing sustainable biomass fuels. By employing a closed-loop liquid-phase heat transfer system, this boiler achieves exceptional thermal performance and precise temperature control, making it an ideal replacement for traditional steam boilers in water-scarce regions.
Engineered for versatility and safety, our thermal oil boilers operate under low pressure while delivering high working temperatures, significantly reducing operational risks and energy waste. With a robust design and integrated safety detection devices, these systems ensure maximum uptime and consistent heat distribution across various industrial applications, from chemical processing to textile manufacturing.
| Design Temperature | ≤ 320 ℃ | Rated Pressure | 1 Mpa |
|---|---|---|---|
| Thermal Efficiency | ≥ 95% | Heat Carrier | Specialized Thermal Oil |
| Power Range (Kw) | 350 - 4000 Kw | Power Range (Kcal/h) | 30 - 350 x 10⁴ Kcal/h |
| Control System | Full Operation Control | Safety Mechanism | Integrated Detection Devices |
| Cycle Type | Closed-Loop Heating | Oil Capacity | 0.3 - 4.5 m³ |
Able to obtain significantly higher working temperatures while operating under lower pressure compared to steam systems.
Supports stable heating and precise temperature adjustment to meet strict industrial process requirements.
Maintains peak thermal efficiency across diverse working conditions to minimize fuel consumption.
Equipped with complete operation control and advanced safety detection devices for total peace of mind.
The ideal alternative for water-poor areas, replacing water-medium steam boilers with efficient oil heat transfer.
A fully closed-loop heating system that ensures high heat utilization and reduces environmental emissions.
Real-time tracking of heat output to optimize fuel consumption and energy distribution.
Precision digital adjustment of oil temperature for consistent industrial processing.
Instant notifications for pressure fluctuations or temperature anomalies to prevent downtime.
Analytical tools to evaluate biomass fuel quality and combustion efficiency rates.
Monitoring the closed-loop circulation to ensure optimal heat transfer fluid flow.
Predictive maintenance logs for oil replacement and boiler tube inspection.
| Feature | Traditional Steam Boiler | Biomass Thermal Oil Boiler |
|---|---|---|
| Operating Pressure | High Pressure (Risky) | Low Pressure (Safe) |
| Water Consumption | Very High | Negligible (Closed Loop) |
| Fuel Cost | High (Fossil Fuels) | Low (Sustainable Biomass) |
| Temp. Precision | Moderate | High Precision |
| Energy Efficiency | 70% - 85% | Up to 95% |
Thermal oil boilers operate at much lower pressures while reaching higher temperatures, reducing the risk of explosions and eliminating the need for extensive water treatment systems.
Our boilers are designed to utilize a wide range of organic materials including wood chips, agricultural waste, pellets, and other sustainable biomass fuels.
The closed-loop liquid-phase transfer is highly efficient, achieving up to 95% thermal efficiency by minimizing heat loss during circulation.
While all industrial boilers require maintenance, our integrated control systems and high-quality materials reduce the frequency of critical repairs.
Yes, it is specifically recommended for water-poor areas as the heat carrier is oil, not water, eliminating scaling and corrosion issues caused by hard water.
With proper operation and regular maintenance of the thermal oil and combustion chamber, these boilers are designed for long-term industrial durability over many years.