Fluidized Bed Biomass Boiler

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MOQ : 1 Piece

Fluidized Bed Biomass Boiler Specification

Output
Steam/Hot Water

Style
Fluidized Bed Type

Pressure
Up to 45 Bar

Fuel Type
Biomass (Wood Chips, Rice Husk, Bagasse, etc.)

Temperature
Up to 500C

Capacity
0.5 to 30 TPH

Condition
New

Voltage
380-440 V

Fuel Consumption
Varies by capacity and fuel

Life Span
15-20 Years

Heat Efficiency
Up to 87%

Material
Mild Steel

Part Type
Boiler Assembly

Dimension (L*W*H)
As per design requirement

Function
Steam/Hot Water Generation

Water Feeding System
Automatic

Control System
PLC/SCADA Based

Emission Compliance
Meets National/International Standards

Boiler Type
Circulating/Atmospheric Fluidized Bed

Automation Grade
Automatic/Semi-Automatic

Mounting
Horizontal

Ash Handling System
Mechanical/Automatic

Surface Finish
Corrosion Resistant Paint

Fluidized Bed Biomass Boiler Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Days

About Fluidized Bed Biomass Boiler

In a Fluidized Bed Boiler, suspension of fuel particles are done in a hot and bubbling fuel bed consisting of sand, limestone and ash. This is done for rendering oxygen for the process of combustion using blown air. The aforementioned technique results in quick mixing of solids and gases leading to chemical reactions and transfer of heat. Our offered boiler has the capability of burning numerous solid fuels that posses lower quality such as woody and coal biomass. Burning of such substances is done at higher efficiency and without the requiring to carry out the process of pulverising.

Key Points:

Hot sand is effectively dried and ignited using high ash content and low heating value
Utilization of waste fuels, that otherwise would be difficult to burn
Even the combinations of dried ash and hot sand can also be used
Ensures strong turbulence with exceptional mixing result

Efficient Biomass Energy Solution

This fluidized bed biomass boiler maximizes fuel flexibility and heat efficiency, achieving up to 87% conversion. Its advanced design supports a variety of biomass fuels, ensuring reliable steam or hot water supply for diverse industrial needs. High operational efficiency leads to reduced fuel consumption and lower operating costs over the boilers life span of 1520 years.

Advanced Automation and Control

The fully or semi-automatic operation is governed by a PLC/SCADA-based control system, providing precise management over the entire process. Automatic water feeding and ash handling enhance user convenience and reduce manual intervention, improving safety and operational consistency. Real-time monitoring ensures optimal performance and emission compliance.

Sustainable and Compliant Performance

Designed with an emphasis on environmental responsibility, the boiler adheres to strict national and international emission regulations. Its robust construction, using mild steel and corrosion-resistant coatings, adds durability and resilience. The system supports output temperatures up to 500C, making it suitable for demanding industrial processes and fulfilling both local and global market requirements.

FAQs of Fluidized Bed Biomass Boiler:

Q: How does the fluidized bed biomass boiler operate using different types of biomass fuel?

A: The fluidized bed biomass boiler uses a specialized combustion system that suspends fuel particles in air, ensuring complete and efficient burning of biomass such as wood chips, rice husk, and bagasse. This flexible design allows it to accommodate a wide range of fuel types without significant modifications.

Q: What advantages does the automatic water feeding and ash handling bring to operations?

A: Automatic water feeding ensures a constant and regulated supply to the boiler, preventing manual errors and interruptions. The mechanical or automatic ash handling system streamlines ash removal, reducing maintenance frequency and enhancing operational safety.

Q: When should you consider using a circulating or atmospheric fluidized bed boiler?

A: A circulating fluidized bed boiler is preferable for applications requiring higher capacities and greater fuel flexibility, while atmospheric types are suited for moderate load and simpler installations. The choice depends on process needs, emission limits, and fuel availability.

Q: Where are these biomass boilers typically installed and used?

A: These boilers are commonly installed in industries such as textiles, food processing, paper mills, and power plants for steam generation or hot water supply. Their robust design and compliance with global standards make them ideal for use across various sectors in India and abroad.

Q: What is the process for commissioning and integrating the boiler with existing systems?

A: Commissioning involves site preparation, installation according to your facilitys requirements, connection to automated water and ash systems, and integration with PLC/SCADA controls. Our team ensures seamless setup, testing, and operator training for optimal performance.

Q: How does the boilers emission compliance benefit your facility?

A: Meeting national and international emission standards minimizes environmental impact and ensures regulatory acceptance, helping organizations avoid penalties and enhance their sustainability credentials.

Q: What long-term benefits does the product offer in terms of efficiency and durability?

A: With heat efficiency up to 87%, corrosion-resistant construction, and a 1520 year life span, the boiler delivers consistent performance, reduced fuel costs, and long-term savings on maintenance and energy expenditures.

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