Advanced Biomass Boiler System for Cost-Effective Energy Production

Product Details
Customization: Available
Function: Steam Boilers
Fuel: Biological

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  • Advanced Biomass Boiler System for Cost-Effective Energy Production
  • Advanced Biomass Boiler System for Cost-Effective Energy Production
  • Advanced Biomass Boiler System for Cost-Effective Energy Production
  • Advanced Biomass Boiler System for Cost-Effective Energy Production
  • Advanced Biomass Boiler System for Cost-Effective Energy Production
  • Advanced Biomass Boiler System for Cost-Effective Energy Production
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  • Overview
  • FAQ
Overview

Basic Info.

Model NO.
L/N-1T/H
Installation
Assembled Boiler
Structure
Fire Tube
Media
Steam
Water Circulation
Natural Circulation
Drum Placement
Horizontal Boiler
Pressure
Low Pressure
Manufacturing Level
A
Burning Style
Chamber Combustion Boiler
Usage
Industrial
Transport Package
Container or Flat Container Packing
Specification
User-Defined
Trademark
LN
Origin
China
HS Code
8404101000
Production Capacity
1t/H

Product Description

Biomass boilers are equipment using biomass such as straw and wood chips as fuel, integrating functions of heating, power generation, environmental protection, energy conservation, and resource recycling. They provide steam, hot water, or heat transfer oil for industrial production, meet civil heating needs, and drive steam turbines for power generation. With a nearly "carbon-neutral" combustion process, they emit low pollutants while consuming agricultural and forestry waste to reduce burning pollution. The ash residue can be recycled as farmland fertilizer. Featuring strong fuel adaptability, automated control, and flexible load regulation, they are widely applied in industrial, civil, and power generation scenarios.

 Advanced Biomass Boiler System for Cost-Effective Energy Production
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Type

RatedCapacityth

Rated Working Pressure Mpa

Normal Steam TemperatureºC

Heating Area 

GraceArea

Exhaust Gas  TemperatureºC

DesignThermal
Efficient
%
(m)
Overall dimension
(m)
DZH1-125-T(SCI) 1 1.25 194 52.9 1.8 106.2 82.88 4.3×2.0×2.9
DZL1-1.25-T(SCI) 1 1.25 194 52.9 1.8 132 84.85 4.7×2.0×3.0
DZH2-1.25-T(SCI) 2 1.25 194 82 3.36 130.2 82.45 5.1×2.4×32
DZL2-1.25-T(SCI) 2 1.25 194 89.4 3.45 157 82.61 5.4×2.4×3.5
DZH4-125-T(SCI) 4 1.25 194 131.4 4.8 156 82.38 5.78×2.6×3.24
DZL4-1.25-T(SCI) 4 1.25 194 136.3 5.9 162.3 82.87 6.2×2.95×3.35
DZH6-1.25-T(SCI) 6 1.25 194 243.6 7.16 126.6 82.95 7.6×2.85×3.66
DZL6-1.25-T(SCI) 6 1.25 194 217.9 8.2 121.1 82.42 7.8×2.85×3.65

Advanced Biomass Boiler System for Cost-Effective Energy ProductionAdvanced Biomass Boiler System for Cost-Effective Energy ProductionAdvanced Biomass Boiler System for Cost-Effective Energy ProductionAdvanced Biomass Boiler System for Cost-Effective Energy ProductionAdvanced Biomass Boiler System for Cost-Effective Energy Production

FAQ

 

1. What are the spare parts of DZL/SZL series coal/biomass boilers?
Usually, spare parts are instrument valves, grate plates, gaskets, etc.

2. What is the difference between DZL and SZL of the same capacity?
DZL
1. It is usually used for boilers with a capacity of less than 10 tons
2. Easy to transport
3. Low requirements for water quality
4. Boiler room construction charges are low
5. Low water quality requirements
SZL
1. Usually suitable for larger capacity boilers
2, good water circulation, small water volume
3. Faster preheating and higher steam quality
4. Higher requirements for water quality
5. Higher thermal efficiency

3. What is the difference between vertical boiler and horizontal boiler with the same capacity?
1. Vertical boiler has compact structure and limited floor space.
2. Easy installation and disassembly.
3. Low cost of capital construction and less investment.
Steam consumption is rapid and abundant.
1. The horizontal combustion space is large, and the fuel can be burned.
2, the thermal efficiency is higher than the vertical boiler,
3, horizontal: less heat loss, stronger output, higher steam quality.

4. What are the limitations (size, humidity, chemical concentration) of coal/solid/wood fuels?
Size requirements of coal: 6-25 mm
Coal blending size requirements: <50 mm (less than 6 mm coal should be less than 30%)
Biomass particle diameter: 6 ~ 10 mm, length: 25 ~ 50 mm, water content <15%, ash <2%, sulfur content <0.07%, chlorine <0.07%, nitrogen <0.5%
5. What are the dimensions of the furnace door and blower hopper?
Door size:
Standard oval furnace door: 300*800*1500

Blower hopper size:
2 tons conical hopper: 1400*800*1500
4 tons cone hopper: 2200*1400*1500

6. What is the combustion mode of coal/biomass fired boilers?
The combustion mode of coal/biomass boiler is stratified combustion. The flue is placed on a fixed or moving grate to form a uniform fuel bed with a certain thickness, and the air comes out from the bottom of the grate and combustion occurs on the fuel bed.

7. What is the thickness of the refractory?
Thickness of refractory: 50-60 mm

8. What is the installation sequence?
Boiler - economizer - Dust collector -ID fan - chimney

 

 

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