Wood Pellet Biomass Boilers

Wood Pellet Biomass Boilers

Wood Pellet Biomass Boilers are environmentally friendly thermal energy devices that use renewable wood pellets as their core fuel and employ advanced combustion technology and intelligent control systems.
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Product Introduction

Description

 

Wood Pellet Biomass Boilers are environmentally friendly thermal energy devices that use renewable wood pellets as their core fuel and employ advanced combustion technology and intelligent control systems. The core positioning of Wood Pellet burner boilers is to replace traditional oil, gas, and coal-fired boilers, providing stable thermal energy for industrial production, commercial heating, and residential applications, while significantly reducing carbon footprint, aligning with global carbon neutrality and development strategies.

 

Product parameters

 

Model

YLL/

YGL

-1900MA(SCI)

YLL/

YGL

-2300MA(SCI)

YLL/

YGL

-2900MA(SCI)

YLL/

YGL

-3500MA(SCI)

YLL/

YGL

-4100MA(SCI)

YLL/

YGL

-4700MA(SCI)

YLL/

YGL

-5900MA(SCI)

YLL/

YGL

-7000MA(SCI)

Delivered heatx104(kCal /h)

160

200

250

300

350

400

500

600

System heating efficiency(%)

≥85

≥85

≥85

≥85

≥85

≥85

≥85

≥85

Design pressure(MPa)

1.1

1.1

1.1

1.1

1.1

1.1

1.1

1.1

Max.working temperature(°C)

320

320

320

320

320

320

320

320

Mediumcirculation(m³/h)

160

160

200

200

200

260

300

340

Diameter of main pipe (DN)

150

150

200

200

200

200

250

250

Installation capacity(kW)

75

77

100

100

120

140

175

215

Applicable fuel

Soft coal,class ll and Il

 

Model

YLL/

YGL

-8200MA(SCI)

YLL/

YGL

-9400MA(SCI)

YLL/

YGL

-12000MA(SCI)

YLL/

YGL

-14000MA(SCI)

YLL/

YGL

-16500MA(SCI)

YLL/

YGL

-17500MA(SCI)

YLL/

YGL

-19000MA(SCI)

YLL/

YGL

-23500MA(SCI)

Delivered heatx104(kCal /h)

700

800

1000

1200

1400

1500

1600

2000

System heating efficiency(%)

≥85

≥85

≥85

≥85

≥85

≥85

≥85

≥85

Design pressure(MPa)

1.1

1.1

1.1

1.1

1.1

1.1

1.1

1.1

Max.working temperature(°C)

320

320

320

320

320

320

320

320

Mediumcirculation(m³/h)

400

520

600

680

800

1000

1000

1000

Diameter of main pipe (DN)

250

300

300

350

350

400

400

400

Installation capacity(kW)

215

270

315

380

460

540

600

620

Applicable fuel

Soft coal,class ll and Il

 

Core Technologies and Structure

Combustion System

Utilizing stratified combustion and secondary air enhancement technology, equipped with an intelligent screw feeder or scraper conveyor, it achieves continuous and uniform fuel feeding, avoiding incomplete combustion or coking in certain areas.

Heat Exchange System

The industrial-grade model adopts a single-drum, longitudinally arranged, three-pass water-tube fire-tube structure. The furnace sides are densely covered with smooth water-cooled tubes, resulting in a long flue gas flow path and ample heat transfer area. The threaded flue tube design enhances convective heat transfer, reduces exhaust gas temperature, and increases thermal efficiency to over 85%.

Control System

Equipped with a PLC intelligent control system, supporting touchscreen operation and real-time monitoring of boiler operating parameters. The Biomass Coal Fired Steam Boiler features automatic adjustment of feed rate, air volume, water level, and ignition. It dynamically adapts output power based on end-user heat demand, achieving precise temperature control and energy-saving operation.

Environmental Treatment System

Standard configuration includes a cyclone dust collector, which efficiently removes most particulate matter from flue gas. Industrial-grade models can be upgraded with a bag filter and SCR denitrification device to achieve near-zero emissions.

 

Core Advantages and Selection Considerations

 

The choice of industrial wood chip boilers is primarily based on its comprehensive advantages in environmental protection, economy, and sustainability:

★ Environmental Benefits

Utilizing carbon-neutral renewable fuels significantly reduces fossil fuel consumption. Advanced combustion technology ensures emissions of particulate matter and SO₂ far exceed the most stringent environmental standards.

★ Economic Benefits

While initial investment may be higher, fuel costs are typically much lower than oil and natural gas. High efficiency and automation also reduce long-term operating and maintenance costs.

★ Energy Security and Flexibility

Relying on locally available renewable biomass resources reduces dependence on international energy markets. The system has a wide heat load adjustment range, flexibly adapting to different heating demands.

★ Installation and Space

The new boiler design is compact, and the flexible fuel delivery system reduces installation difficulty and space requirements.

 

Operation and Maintenance

 

● Routine Operations:

Primarily includes fuel addition, ash removal, and monitoring operational status via the control system.

● Regular Maintenance:

Regular inspection and cleaning of the combustion chamber, heat exchanger flue, and emission control equipment are required. Selecting a design with automatic cleaning capabilities can significantly reduce maintenance workload.

● Safety Procedures:

Strict adherence to the manufacturer's operating guidelines is mandatory, especially for shutdown and backfire prevention procedures.

 

FAQ

Q: 1. What is the energy efficiency level of Wood Pellet Biomass Boilers?

A: Modern wood pellet biomass boilers employ advanced designs, such as secondary combustion technology and a highly efficient flue gas heat recovery system, resulting in very high energy efficiency. This means that the vast majority of fuel energy is effectively converted into usable heat energy, significantly reducing energy waste.

Q: 2. Is using Wood Pellet Biomass Boilers environmentally friendly?

A: Yes, this is its main environmental value. In addition to its near-carbon neutrality, the pellet feed comes from sustainably managed forestry or wood industry waste, promoting resource recycling. Compared to burning fossil fuels, it significantly reduces net emissions of pollutants such as sulfur oxides and nitrogen oxides.

Q: 3. What maintenance is required regularly?

A: Routine maintenance mainly includes regularly emptying the ash collection box. At the end of each heating season, a comprehensive maintenance is recommended by a professional, including thoroughly cleaning the combustion chamber, heat exchanger surfaces, and flue, and checking the feeding mechanism, seals, and the functional status of all safety devices.

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