Wood Charcoal Making Machine

Install Wood Charcoal Making Machine in Finland

Project Time: from 2023;

Processing Capacity: 2-4m³/h;

Raw Material: wood chips;

Wood Charcoal Use: BBQ charcoal.

Ship Wood Charcoal Machine in Spain

Project Time: from 2023;

Processing Capacity: 10-15m³/h;

Raw Materials: olive wood;

Wood Charcoal Use: carbon credits trading.

Wood Pyrolysis Plant Installed in Malaysia

Project Time: from 2023;

Processing Capacity: 7-9m³/h;

Raw Materials: wood waste.

Raw Wood from Planting and Logging

• Types: Wood trunk, branches, barks, etc.
• Source: typically from forest farms.

Wood Processing Scraps

• Types: Wood chips, wood shavings, sawdust
• Source: sawmills, furniture manufacturers, etc

Efficient Production

• Double Heating Structure: The dual-layer cylinder body achieves double heating for waste wood. This ensures uniform and thorough heating of wood materials inside the reactor, thus increasing carbonization efficiency.
• Rigorous Insulation System: It effectively prevents wood from contacting smoke or hot gases, keeping it uncontaminated. This improves thermal efficiency.
• Low-Nitrogen Combustion: Enhances combustion efficiency by optimizing the combustion environment.

Safe Production

• Triple-Sealing and Enclosed Feeding System: Ensures the airtight integrity of the reactor and reduces the risk of reactor explosion.
• Automatic Ignition System: Reduces manual operation risks and enhances operational safety.
• Multiple Explosion-Proof Design: Provides critical safety protection by preventing large-scale explosions.
• Slight Negative Pressure Operation: Wood charcoal making machine operates in safe slight negative pressure. An explosion-proof vent is installed at the end of reactor to prevent excessive internal pressure.

Intelligent Production

• PLC (Programmable Logic Controller): It manages operations like feeding, carbonization, temperature control, and discharging to improve efficiency and reduce human error.
• IoT (Internet of Things): Enables remote monitoring and control through internet connectivity. Integrated sensors collect real-time data to maintain safe and efficient machine operation.

Eco-friendly Production

• Multi-Stage Dust Removal: Cyclone dust collectors are installed at key points including the dryer, feed port, and connecting pipes to effectively capture dust and maintain a clean worksite.
• Advanced Exhaust Treatment: Exhaust gases undergo dust removal, adsorption, and desulfurization to meet stringent EU emission standards.

Dryer

A dryer reduces the moisture content of wood waste before pyrolysis. Lower moisture improves thermal efficiency by reducing the energy needed for water evaporation. Thus, it enhances the pyrolysis reaction, lowers energy use, and shortens reaction time.

Crusher

A crusher breaks down larger wood feedstock into smaller, uniform particles before entering the reactor. This increases the surface area of the material, allowing for more efficient heat transfer and faster, more uniform pyrolysis.

Charcoal Briquette Machine

A charcoal briquette machine shapes powdered or granular charcoal into uniform briquettes, depending on requirements. This step is crucial for improving product density, ease of handling, combustion efficiency, and marketability.

Transformation of Traditional Charcoal Industry

The traditional charcoal industry has long relied on primitive earth kilns and manual temperature control. This way has low charcoal yield, high energy consumption, severe pollution, and low product added value. This extensive production model can no longer meet the current demands for green and sustainable industrial development.

By adopting modern wood charcoal making machine for efficient and large-scale production, the charcoal industry is transforming toward a high-efficiency, cleaner, and higher-value modern industrial model.

Development of Environmental Carbon Sink Industry

Modern wood charcoal manufacturing machine adopts a closed pyrolysis process, enabling wood biochar production. The biochar has a high carbon content and strong stability. When buried in soil, it can sequester carbon for hundreds to thousands of years. Each ton of biochar can offset approximately 2.5 to 3 tons of CO₂ equivalent. The Intergovernmental Panel on Climate Change (IPCC) recognizes it as a negative emissions technology.

Investing in modern wood to charcoal machine supports carbon removal efforts and advances the growth of the carbon sink industry.