High Efficiency Biomass Fired Steam Boiler Factory and Suppliers in China
The Biomass Fired Steam Boiler is a cutting-edge, horizontal three-pass water-tube solution engineered for sustainable industrial heating. Featuring a sophisticated design with threaded flue tubes and water-cooled wall tubes on both sides of the hearth, this system integrates advanced energy-saving furnace arches to maximize thermal absorption and minimize carbon footprints.
Designed for versatility and extreme durability, our biomass boilers provide a high-efficiency alternative to fossil fuels. By combining patented technology with a robust four-layer insulation system, this boiler ensures consistent steam output and rapid temperature ascent, making it an ideal choice for enterprises seeking to optimize energy costs while maintaining high operational standards.
Detailed Parameters
| Steam Capacity Range | 1 - 80 t/h | Working Pressure | 0.7 - 1.6 MPa |
|---|---|---|---|
| Steam Temperature | 170.41 - 204.31 ℃ | Feeding Water Temp | 20 - 104 ℃ |
| Max Thermal Efficiency | Up to 91.8% | Exhaust Gas Temp | 120 - 130 ℃ |
| Tube Design | Threaded Flue Tubes | Pass Structure | Horizontal Three-Pass |
| Insulation Layers | 4 Layers (Firebrick, Al-Silicate, Rockwool, Insul-Brick) | Overload Margin | 15% - 20% |
Key Advantages
Premium Steam Quality
Large drum design provides ample dehydration space, ensuring steam humidity remains below 3‰ for critical industrial processes.
High Thermal Efficiency
Unique water-fire tube design with threaded tubes allows rapid temperature rise and efficiency up to 91.8% throughout its lifespan.
Advanced Insulation
Four-layer insulation system drastically reduces heat loss, optimizing energy consumption and lowering external shell temperatures.
Fuel-Saving Output
Advanced furnace structure allows for an overload capacity of 15%-20% without compromising safety or fuel efficiency.
Low Failure Rate
Built with high-quality raw materials and exclusive patented technology to ensure long-term stability and minimal downtime.
Eco-Friendly Design
Engineered specifically for biomass fuels to reduce industrial emissions and support green manufacturing initiatives.
Product Gallery
Management Platforms
Fuel Supply Control
Optimized biomass feeding systems for consistent combustion and steady steam pressure.
Thermal Monitoring
Real-time tracking of exhaust gas temperatures to maintain peak thermal efficiency.
Safety Overload Alerts
Intelligent monitoring of the 15%-20% safety margin to prevent operational risks.
Water Level Precision
Advanced sensors ensure the large drum remains at optimal levels for high steam quality.
Emission Tracking
Integrated tools to monitor environmental compliance and fuel combustion quality.
Maintenance Scheduling
Automated alerts based on operational hours to ensure the low failure rate is maintained.
Investment Return Comparison
| Metric | Standard Boilers | Biomass Steam Boiler |
|---|---|---|
| Fuel Cost | High (Fossil Fuels) | Low (Renewable Biomass) |
| Thermal Efficiency | 75% - 82% | 86% - 91.8% |
| Operating Life | Standard Wear | Extended (Patented Tech) |
| Carbon Footprint | High Emissions | Low / Carbon Neutral |
| Payback Period | Long Term | Rapid (Energy Savings) |
Frequently Asked Questions
Our boiler utilizes a unique water-fire tube design with built-in threaded smoke tubes and a four-layer insulation system, pushing thermal efficiency up to 91.8%.
Yes, the advanced furnace structure is designed with a large safety margin, allowing for overloaded operation of 15% to 20% without compromising stability.
The large drum design creates a significant steam dehydration space, which ensures that steam humidity is kept below 3‰.
We use a rigorous four-layer system consisting of firebrick, aluminum silicate board, rock wool, and specialized insulation bricks.
Due to our exclusive patented technology and high-quality raw materials, these boilers feature a very low failure rate, requiring only standard periodic inspections.
It is ideal for any manufacturing plant in the general equipment or textile industry that has access to biomass fuel and requires high-capacity, low-emission steam.
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