Biomass Gasification Furnace (High & Low Temperature System)

🟩 SECTION 1 – INTRO

Biomass gasification furnace is a core industrial energy conversion system that transforms biomass materials such as wood chips, agricultural residues and waste wood into clean combustible gas.

It is widely used to replace natural gas, coal and diesel in industrial boilers and heating systems, helping factories significantly reduce energy costs and carbon emissions.


🟩 SECTION 2 – WORKING PRINCIPLE

The system operates through four main stages:

  • Drying stage (100–250°C)
  • Pyrolysis stage (300–500°C)
  • Reduction stage (500–700°C)
  • Oxidation stage (700–900°C)

Biomass is converted into CO, H₂ and CH₄ combustible gas through controlled gasification under oxygen-deficient conditions.


🟩 SECTION 3 – HIGH VS LOW TEMPERATURE

High Temperature Gasification

  • Lower tar content
  • Higher gas quality
  • Suitable for industrial boilers

Low Temperature Gasification

  • More by-products (wood vinegar)
  • Lower investment cost
  • Suitable for smaller systems
high temperature biomass gasifier industrial system
High Temperature Gasification
biomass gasification system industrial installation overview
Low Temperature Gasification

🟩 SECTION 4 – KEY ADVANTAGES

  • Fuel cost reduction 20–50%
  • Stable 24/7 continuous operation
  • Supports multiple biomass fuels
  • Low emission and eco-friendly
  • No major boiler modification required
  • High automation and safety system

🟩 SECTION 5 – TECHNICAL PARAMETERS

  • Fuel size: ≤30mm diameter
  • Moisture: ≤20–30%
  • Gas calorific value: 1200–1500 kcal/Nm³
  • Gas output: 1.9–2.3 Nm³/kg
  • Efficiency: ≥85–90%
biomass gasification working principle diagram

🟩 SECTION 6 – APPLICATIONS

  • Industrial steam boilers
  • Food processing plants
  • Textile factories
  • Ceramic kilns
  • Paper mills
  • Chemical industry

🟩 SECTION 7 – SAFETY SYSTEM

  • Explosion-proof water seal
  • Emergency flare system
  • Automatic ignition system
  • Flame detection + shutdown protection
  • Boiler interlock safety control

🟩 SECTION 8 – ENVIRONMENTAL PERFORMANCE

  • Dust ≤10 mg/m³
  • NOx ≤120 mg/m³
  • SO₂ ≤30 mg/m³

Fully compliant with industrial emission standards.

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Biomass Gasification Furnace FAQ

❓ Q1: How much fuel cost can a biomass gasification furnace save?

👉 A:
It can reduce industrial fuel costs by 20%–50% depending on local biomass price and existing fuel type such as natural gas, diesel or coal.


❓ Q2: Can it replace natural gas boilers directly?

👉 A:
Yes, it can be integrated with existing boiler systems with minor modifications, often through retrofit burners or dual-fuel configuration.


❓ Q3: What biomass materials can be used?

👉 A:
Wood chips, sawdust, agricultural residues, wood pallets, and other biomass waste with moisture below 30%.


❓ Q4: Is the system safe for industrial use?

👉 A:
Yes, it includes multiple safety systems such as explosion-proof water seal, flame detection, automatic shutdown, and emergency flare system.


❓ Q5: Does it meet environmental regulations?

👉 A:
Yes, emissions can meet industrial standards with dust ≤10 mg/m³, NOx ≤120 mg/m³, and SO₂ ≤30 mg/m³.

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