Industrial Biomass Fired Hot Water Boiler China Factory and Suppliers

Leading China factory and suppliers of high-efficiency biomass fired hot water boilers. Rated thermal power 0.7-140 MW and pressure 0.7-2.5MPa. Compatible with wood chips, pellets, and agricultural waste for sustainable industrial heating.

SupplierHEBEI HONGZE BOILER MANUFACTURING CO., LTD.www.hzsteamboiler.com

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About this product

Product information from the supplier.

Our Biomass Fired Hot Water Boiler represents the pinnacle of sustainable thermal engineering, designed to convert organic biomass fuels into high-efficiency heating energy. By utilizing a sophisticated combustion path where flames travel through a specialized combustion chamber and wing-shaped flues, the system ensures maximum heat exchange while protecting the pot shell from excessive radiation, significantly extending the operational lifespan of the equipment.

Engineered for versatility and economy, this boiler series features a compact structural arrangement that minimizes the installation footprint and reduces logistics costs. From small-scale industrial applications to large-scale heating projects, our biomass solutions deliver a high thermal efficiency (up to 92.8%) and stable working pressures, making them an ideal choice for enterprises seeking to reduce carbon emissions without compromising on industrial performance.

Detailed Parameters

Thermal Power Range	0.7 MW - 63 MW	Working Pressure	0.7 MPa - 1.25 MPa
Output Water Temp	95℃ - 130℃	Feeding Water Temp	70℃ (Standard)
Max Thermal Efficiency	Up to 92.8%	Exhaust Gas Temp	123℃ - 128℃
Fuel Type	Biomass Materials	Structure Type	Compact Arrangement
Air Induction	Induced Draft Fan	Installation Cost	Low/Economical

Key Advantages

Shell Protection

Advanced flame routing prevents the bottom of the pot shell from high-temperature radiation, ensuring structural integrity.

Thermal Efficiency

Optimized flue pipe bundles achieve thermal efficiency up to 92.8%, reducing fuel consumption significantly.

Compact Design

Space-saving layout reduces the required installation area, making it suitable for restricted industrial sites.

Low Installation Cost

Simplified structure and easy transportation lead to lower overall setup and commissioning expenses.

Temperature Control

Reduced flue temperature at the high-temperature tube plate inlet optimizes the heat transfer process.

Eco-Friendly Operation

Specifically designed for biomass fuel, promoting sustainable energy use and reducing carbon footprints.

Product Gallery

Management Platforms

Fuel Logistics

Optimized biomass feeding systems for consistent fuel supply and combustion stability.

Combustion Control

Precision management of the combustion chamber and induced draft fan for optimal airflow.

Safety Monitoring

Real-time pressure and temperature alerts to ensure safe boiler operation at all times.

Emission Tracking

Integrated monitoring of exhaust gas temperatures to maintain environmental compliance.

Water Cycle Mgmt

Efficient feeding water temperature control to maximize rated thermal power output.

Maintenance Scheduling

Simplified access to the grate and tube plates for rapid cleaning and routine maintenance.

Investment Return Comparison

Feature	Traditional Coal Boiler	Biomass Hot Water Boiler
Fuel Cost	High/Volatile	Low/Sustainable
Carbon Tax	Significant Expense	Minimal/Credit-eligible
Energy Efficiency	75% - 85%	87% - 92.8%
Installation Space	Large Footprint	Compact/Optimized
Operating Life	Standard	Extended (Radiation Protected)

Frequently Asked Questions

Q: What types of biomass fuels are compatible with this boiler?

Our boilers are designed to handle a wide range of organic biomass materials, including wood chips, agricultural waste, and compressed pellets, ensuring versatility across different regions.

Q: How does the "wing-shaped flue" design improve performance?

The wing-shaped flue optimizes the path of hot gases, increasing the heat exchange surface area and reducing the exhaust temperature, which directly boosts the overall thermal efficiency.

Q: Is the installation process complex for these boilers?

No, the compact arrangement and modular design are specifically intended to lower installation costs and simplify the setup process, reducing the time required for commissioning.

Q: What is the maximum thermal efficiency achievable?

Depending on the model, our biomass hot water boilers can reach a maximum thermal efficiency of 92.8%, as seen in our high-capacity models (e.g., DZL63 series).

Q: How is the boiler shell protected from high temperatures?

The design ensures that the flame passes through a short wall into a combustion chamber before entering the flues, effectively preventing the pot shell bottom from direct radiation damage.

Q: Can this boiler be integrated into existing heating networks?

Yes, with rated working pressures up to 1.25 MPa and adjustable output water temperatures up to 130℃, these boilers are highly compatible with most industrial and commercial heating systems.