Wood Charcoal Making Machine

Wood Charcoal Making Machine banner

Wood charcoal making machine offers the wood-to-biochar recycling solution. Biochar is widely used in daily life (BBQ, fuel), agriculture, and industry. Therefore, making charcoal from wood is worthy of investment. You can make great profits from the business. Beston has specialized in researching and developing carbonization machine for many years. We will provide high-quality machine for you.

Wood Raw Materials for Charcoal Production

Each year, approximately 15 million tons of wood waste are generated globally, yet less than 20% is effectively utilized. Some certain wood materials are not ideal for the pyrolysis process due to their size, composition, and physical properties. Before recycling wood waste into charcoal, please know which types of wood are suitable for wood pyrolysis plant.

Wood Waste from Planting and Logging

  Raw Wood from Planting and Logging

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

  Wood Processing Scraps

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

Not Suit Pyrolysis

  • Too Small, Too Light and Thin: These materials have poor fluidity and are prone to pile up in the screw feeder.
  • Excessive Dust or Powder: These materials can block pipes and affect the quality of the charcoal produced

Wood Charcoal Machine: Continous Biomass Pyrolysis Solution

The Continuous Wood Charcoal Machine from Beston Group stands out in the market due to its groundbreaking 720-hour continuous operation technology. This innovative technology maximizes carbon removal potential, contributing significantly to sustainable development. Below are the key innovations and benefits:

Wood Charcoal Machine with Continuous Pyrolysis Technology

Extend  Continuous Operation Time to 720-Hour

From 120 hours to 720hous breakthrough, Beston Group extend the continuous operation within four months. This breakthrough has such benefits:

  • addresses critical challenges in biomass pyrolysis: (1)Liquefaction of tar and wood vinegar; (2) carbon powder buildup in pipelines.
  • reduce machine’s downtime and maintenance costs, significantly enhancing pyrolysis production efficiency.
  • maximize carbon removal potential.

Has Been Vetted by Puro.earth

The extend operation time make the machine and its associated charcoal production process meet the Puro Earth standards.  These standards focus on sustainability and carbon reduction. Puro.earth is the world’s leading crediting platform for engineered carbon removal. It vets projects capable of reducing or capturing greenhouse gas emissions, thus mitigating climate change.

  • Provide a way for customers to invest in carbon trading.
  • enables clients to earn carbon credit points, allowing them to enter the carbon trading market and generate profits.
  • In the long run, it will help the world fight climate change.

Models of Wood Charcoal Making Machine for Sale

We offer a selection of 2 different models of wood charcoal machine. Additionally, there are various optional configurations for feeders, auxiliary equipment, dust removal systems, and more. Share your requirements with us, and we will provide you with a customized design tailored to your needs.

ModelBST-50 StandardBST-50S LMBST-50S HMBST-50S MAXBST-06 StandardBST-06MAX
Time to Market201520222022202220252025
Operating ModeContinuousContinuousContinuousContinuousContinuousContinuous
ApplicationCommercial ScaleCommercial ScaleCommercial ScaleCommercial ScaleTestingTesting
Dust Removal SystemStandardAdvancedAdvancedAdvancedStandardAdvanced
Feeding Capacity10-15m³/h10-15m³/h10-15m³/h10-15m³/h100-300KG/H100-300KG/H
Biochar Discharge Temperature45℃45℃45℃45℃45℃45℃
Puro.earth Authentication Model××
Maximum Pyrolysis temperature650℃650℃650℃850℃650℃
Service Life5-8 years5-8 years5-8 years8-10 years5-8 years
Annual Operating Time7200 hours7200 hours7200 hours7200 hours8000 hours
Land Space Required (L*W*H*m)35m×15m×8m65m×15m×8m65m×15m×8m65m×15m×8m25m*18m*6m
Total Power (KW)201.25kW453.35kW505.35kW505.35kW129.79162.79
Cooling MethodRecycling cooling WaterIndustrial chillerIndustrial chillerIndustrial chillerRecycling cooling WaterIndustrial chiller
Installation Period (Calendar Days)507070704550

How to Make Charcoal from Wood?

01 Prepare the Wood

To start, keep the wood into pieces sized 5-8mm and reduce its moisture content to below 15%. Beston Group provides crusher and dryers to help you meet these requirements efficiently.

02 Wood Pyrolysis Reaction

Automatic screw belt conveyor feed the prepared wood into the reactor, a sealed low-oxygen environment.

At temperatures between 380℃- 450℃, it causing the volatile substances in the wood to release while retaining the solid carbonaceous material, which forms charcoal.

03 Syngas Recovery and Flue Gas Dedusting

During wood pyrolysis process, the generated flue gas contains rich combustible syngas. After purification, the syngas are reused as a heat source to power the main furnace. Waste flue gas after multiple dedusting will be safely emitted.

04 Wood Charcoal Collection

Wait the wood charcoal to cool before collection. The machine utilizes three water-cooled slag discharge systems, ensuring the charcoal rapidly cools to a normal temperature.

Key Applications of Wood Biochar: in Carbon Removal and Fuel Fields

I. Carbon Removal Field

Soil Improvement: Decarbonization in Agriculture

By incorporating biochar into the soil, it can:

  • store carbon stabily in soil; generates carbon credits that can be traded
  • improve soil structure and nutrient content

Specific Application Scope: Farms, plantations, and forestry areas.

Biochar Animal Feed: Decarbonization of Animal Husbandry

Research has shown that adding biochar to animal feed can reduce methane emissions from cattle stomachs by 10% to 20%. Biochar works in the following ways:

  • optimize the digestive process of ruminants, thereby reducing methane production in the gastrointestinal tract.
  • adsorb and remove harmful substances from the feed, improving animal health.

Building Material: Decarbonization of Construction

Wood-based biochar is increasingly being used in the construction industry as part of carbon-negative building materials. Its use in sustainable construction provides multiple advantages:

  • Biochar’s ability to store carbon for long periods helps reduce the overall carbon footprint of construction materials.
  • By incorporating biochar, building materials can become more environmentally friendly, contributing to a more sustainable construction sector.

Act as reducing agent: Decarbonization of Metal Smelting

Biochar also plays a key role in the metal smelting industry by acting as a reducing agent in the extraction of metals. Here’s how it works:

  • Biochar, particularly charcoal derived from it, has a high carbon content. It captures oxygen molecules from metal ores, helping to reduce metal oxides into pure metals in the smelting process.
  • By replacing fossil fuels traditionally used in metal smelting, biochar helps lower the carbon emissions associated with metal production, contributing to decarbonization of this energy-intensive industry.

I. Fuel Field

Industrial Fuel Energy

Wood charcoal, with excellent combustion characteristics, is a sustainable energy source for industrial production. It reduces reliance on traditional fuels and lowers carbon emissions.
Specific application scenarios: Energy-consuming industries like power plants, boilers

Hookah/BBQ Charcoal Processing

High-quality charcoal produced using briquette machines is ideal for hookah and barbecue purposes, offering excellent flavor for cooking and leisure activities.
Specific application scenarios: Parties, picnics, etc.

Superior Designs of Wood to Charcoal Machine

Double Heating Structure

Why Is It Efficient?

  • 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.
Multiple Safety Design

Why Is It Safe?

  • 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: The equipment operates in such a environment. An explosion-proof vent is installed at the end of reactor to prevent excessive internal pressure.
PLC and IOT Technology

Why Is It Intelligent?

  • 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.
Dedusting System

Why Is It Environmentally Friendly?

  • 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.

Why Trust Beston Group

Leading technical strength

Our 20 senior engineers are dedicated to the research and development of wood to charcoal machine. We actively participate in the formulation of national standards for carbonization technology. Our expert technical team can provide support such as layout design, PID diagram design, and 3D simulation, as well as guidance for installation, operation, and maintenance.

Strict Quality Control

We uphold a strict quality control system. It includes raw material inspection, production testing, airtight safety checks, to delivery and installation inspections. Our equipment is in compliance with ISO9001 certification.

Top in the Chinese Industry

We hold the top position in China’s export sales performance within the solid waste management industry. Baite products have been exported to over 100 countries, with our biochar equipment reaching more than 30 countries. Our solutions are widely utilized in the global waste recycling sector.

Convenient one-stop service

In the pre-sale phase, we provide technical advisory sessions, material testing, and project design support. During the sales phase, we assist you with equipment layout design tailored to your site and keep you informed about the status of equipment production. After your purchase, we continue to support you with on-site installation guidance, post-sales technical consultations, and updates to control system software.

ISO9001

Beston ISO9001

ISO14001

Beston ISO914001

Global Cooperation in Wood-to-Biochar Project Cases

Shipment to Spain
Installation in Malaysia
Installation in Finland
BST-50 Wood Charcoal Machine Shipped to Spain

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

Wood Pyrolysis Plant Installed in Malaysia

Project Time: from 2023;

Processing Capacity: 7-9m³/h;

Raw Materials: wood waste.

Wood Coal Making Machine Installed in Finland

Install Wood Coal Making Machine in Finland

Project Time: from 2023;

Processing Capacity: 2-4m³/h;

Raw Material: wood chips;

Wood Charcoal Use: BBQ charcoal.

More Export of Wood Charcoal Making Machines Worldwide

    Contact Us

    The following items will help you identify key information about your project, which will enable us to work on a competitive solution proposal.

    Please specify your requirement by referring to the following aspects:

    1. What kind of solution will meet your demand? (Key point)

    2. What kind of material and expected end product are you planning to have?

    3. When is the project supposed to be running? (Key info for A-Z project programming)

    4. Budget for machinery purchasing? (Key info for right model)

    5. Points that you really focus on. (Customized service from our project consultant)