Industrial Biomass Fired Hot Water Boiler Factory and Suppliers in China

Looking for reliable biomass fired hot water boiler suppliers in China? Our factory provides high-efficiency systems with rated thermal power 0.7-140MW and pressure 0.7-2.5MPa. Compatible with biomass briquettes, pellets, wood chips, and rice husk for sustainable industrial heating.

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The Biomass Fired Hot Water Boiler is a high-efficiency thermal solution engineered for sustainable industrial heating. By utilizing organic biomass fuels, this system optimizes the combustion process through a precision-engineered path: fuel burns on the grate, passes through the short wall into the combustion chamber, and flows through wing-shaped flues and tube bundles before being extracted via the induced draft fan. This advanced architectural design effectively prevents high-temperature radiation from damaging the pot shell while significantly reducing flue temperatures at the tube plate inlet.

Designed for versatility and economic performance, the boiler features a compact structural arrangement that minimizes the installation footprint. This streamlined design not only facilitates easier transportation and lower installation costs but also ensures maximum thermal efficiency. Whether for industrial processing or commercial heating, these biomass boilers provide a robust, eco-friendly alternative to fossil fuels without compromising on power or reliability.

Detailed Parameters

Rated Thermal Power	0.7MW to 63MW	Working Pressure	0.7MPa to 1.25MPa
Output Water Temp	95℃ to 130℃	Feeding Water Temp	70℃ (Standard)
Thermal Efficiency	Up to 92.8%	Exhaust Gas Temp	123℃ to 128℃
Fuel Type	Biomass / Organic Waste	Configuration	Compact Shell Design
Control System	Industrial PLC Integrated	Emission Standard	Environmental Compliant

Key Advantages

Shell Protection

Innovative flue path prevents the boiler shell bottom from being radiated by furnace high temperatures, extending equipment lifespan.

Rapid Installation

Compact body arrangement reduces on-site assembly time and lowers overall installation labor costs significantly.

High Efficiency

Optimized thermal efficiency reaching up to 92.8%, ensuring maximum heat recovery from every unit of biomass fuel.

Compact Footprint

Efficient spatial arrangement allows the system to cover a small area, making it ideal for facilities with limited space.

Thermal Optimization

Reduces the flue temperature of the high-temperature tube plate inlet to enhance overall heat transfer performance.

Cost-Effective

Combines low fuel costs with high energy output, providing an economical heating solution for modern manufacturing.

Product Gallery

Management Platforms

Fuel Management

Automated biomass feeding systems to ensure consistent combustion and steady steam/water output.

Thermal Control

Precision temperature monitoring for rated output water temperatures from 95℃ to 130℃.

Pressure Safety

Integrated safety valves and sensors to maintain rated working pressures up to 1.25 MPa.

Emission Tracking

Real-time exhaust gas monitoring to keep temperatures within the 123℃-128℃ efficiency range.

Logistics Planning

Optimized dimensions for streamlined transportation and reduced site installation overhead.

Efficiency Analysis

Systematic tracking of thermal efficiency levels to ensure performance stays above 87%.

Investment Return Comparison

Performance Metric	Traditional Coal Boiler	Biomass Hot Water Boiler
Fuel Cost	High/Volatile	Low/Sustainable
Carbon Footprint	High Emissions	Carbon Neutral Potential
Thermal Efficiency	75% - 85%	87.8% - 92.8%
Installation Cost	Standard	Low (Compact Design)
Operational ROI	Moderate	High (Fuel Savings)

Frequently Asked Questions

Q: What are the main advantages of using a biomass fired boiler over traditional fuels?

Biomass boilers offer significantly lower fuel costs and a reduced environmental impact. Our specific design ensures thermal efficiencies up to 92.8%, reducing operational expenses while meeting strict emission standards.

Q: How does the "compact arrangement" benefit the end-user?

The compact design means the boiler covers a smaller area, reducing the required facility footprint. It also simplifies transportation and lowers the costs associated with on-site installation.

Q: What is the maximum thermal power available for these boilers?

Our product range is highly scalable, with rated thermal power options ranging from 0.7 MW for smaller operations up to 63 MW for large-scale industrial applications.

Q: How is the boiler protected from high-temperature radiation?

The system uses a specialized flue path where flames pass through a short wall and wing-shaped flues before reaching the chimney, effectively shielding the bottom of the pot shell from direct high-temperature radiation.

Q: What is the typical efficiency range for the DZL series?

The DZL series ranges from 87.8% for the 0.7MW model up to 92.8% for the 63MW model, demonstrating that efficiency actually improves as the system scale increases.

Q: Can these boilers handle different biomass fuel types?

Yes, they are designed for general biomass fuels. However, we recommend specifying your fuel type during the consultation phase to ensure the grate and feeding system are optimized for your specific material.

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