The Continuous Carbonization Furnace is for the large-scale production of high-quality charcoal from various biomass materials such as rice husks, coconut shells, wood chips, sawdust, and more.

With a capacity of 800-1000kg/h, it operates under high-temperature conditions to achieve oxygen-free, dry distillation, resulting in a high carbonization rate for materials like straw, palm kernel shells, and bamboo scraps.

This makes the Continuous Carbonization Furnace an ideal solution for businesses looking to produce sustainable charcoal efficiently.

Continuous carbonization furnace for sale

The Continuous Carbonization Furnace operates by harnessing the heat generated from the combustion process to initiate the pyrolysis of biomass feedstock.

As the material moves through the rotating drum, it is subjected to carefully controlled high temperatures, which break down complex organic compounds and release volatile gases.

These gases are then burned in the combustion chamber, significantly improving the furnace’s energy efficiency while minimizing harmful emissions.

• Heat utilization. Uses combustion heat to initiate pyrolysis of biomass feedstock.
• Rotating drum. Biomass moves through the drum, ensuring even exposure to high temperatures.
• Efficient breakdown. High temperatures decompose organic compounds and release volatile gases.
• Energy maximization. Volatile gases are burned in the combustion chamber for optimal energy use.
• Emission reduction. The process reduces emissions, making it environmentally friendly.

What materials are suitable for sawdust charcoal making machine?

The sawdust charcoal making machine is capable of processing a wide variety of raw materials, making it highly versatile.

It can handle biomass, sludge, garbage, and other materials, as long as their size is below 15 cm and moisture content is under 15%.

These materials can be directly carbonized, enabling efficient and sustainable production of charcoal.

• Biomass materials (e.g., sawdust, peanut shells, corn stalks, and rice husks)
• Agricultural residues (e.g., bagasse, sorghum stalks, and cotton stalks)
• Forestry waste (e.g., bamboo chips, branches, and palm shells)

• Other organic waste (e.g., distiller’s grains, corncobs, and dead leaves)
• By-products from various industries (e.g., coffee grounds, apricot husks, and traditional Chinese medicine residue)
• Various plant stalks (e.g., sunflower seed husks, yam grass, and hemp stalks)

These materials can all be efficiently processed in the continuous carbonization furnace to produce high-quality charcoal.

Spécifications du four de carbonisation continue

Coconut charcoal machine structure

The coconut charcoal machine is composed of several key components that work in synergy to produce high-quality charcoal while minimizing environmental impact.

• Carbonizers. The core unit for converting biomass into charcoal.
• Gasifiers. Facilitate the production of combustible gases during the carbonization process.
• Soot processors. Filter out impurities and prevent the emission of harmful particles.
• Combustible gas purifiers. Remove contaminants from the gases to ensure clean emissions.
• Combustible gas condensers. Collect and condense the gases for further use.
• Induced draft fans. Promote gas circulation throughout the system to maintain efficient operation.

Advantages of continuous carbonization furnace

• High efficiency. Enables continuous operation, boosting productivity by eliminating frequent loading and unloading.
• Consistent output. Ensures uniform carbonization, resulting in consistent quality of the final charcoal.
• Energy efficiency. Utilizes heat recovery systems to recycle flue gas and waste heat, reducing energy consumption.
• Flexibility. Adapts to various raw materials and carbonization settings, such as temperature, residence time, and gas flow rate.

• Automated control. Features advanced automation for precise monitoring, enhancing safety and minimizing human intervention.
• Environmental friendliness. Incorporates dust removal and emission control systems to meet environmental standards and reduce pollution.
• Cost savings. Reduces labor and energy costs, while its high-quality output improves market competitiveness and profitability.

Technology feature of continuous carbonization furnace

• High automation. Assembly line production with advanced technology for high-temperature sealing, allowing carbonization in various environments (vacuum, positive pressure, atmosphere protection, oxygen-free).
• Adjustable temperature range. Temperature can be precisely controlled from 50-1000°C to meet specific product requirements.
• Normal pressure operation. Ensures superior operating conditions with minimal dust in the workshop.
• Low air volume. Reduces the pressure on the dust collection system by requiring minimal air volume.

• Controlled firing time. Firing time can be adjusted to ensure even and thorough carbonization.
• Energy recycling. Comprehensive thermal energy recycling enhances thermal energy utilization efficiency.
• Multiple temperature zones. Inner cylinder can have multiple zones for temperature control based on product characteristics.
• Solvent recovery. Convenient for the recovery of solvents from materials.
• High filling material rate. Achieves over 15% filling material rate for optimal heat exchange with hot flue gas, with a maximum rate of 25%.

How does the sawdust charcoal making machine work?

• Deflector mechanism. Raw material enters the carbonization main furnace and moves horizontally with the rotation of the furnace, guided by the deflector.
• Continuous carbonization. The material gradually moves from the feed inlet to the carbon outlet while undergoing carbonization during its movement.
• Air locks. Both the feed and carbon outlets are equipped with air locks to prevent air from entering, maintaining an oxygen-poor environment.

• Induced draft fan. The main furnace is equipped with an induced draft fan to maintain the oxygen-poor atmosphere during the continuous feeding and carbonization process.
• Continuous operation. The design allows for continuous feeding and carbonization, enhancing efficiency and production capacity.
• Improved carbonization results. The oxygen-poor environment ensures better carbonization quality and is ideal for producing charcoal and bamboo charcoal.

Customer cases in continuous carbonization furnace

Dans une histoire de réussite remarquable, un client du Congo a passé une commande d'un four de carbonisation continue et d'un broyeur de charbon de bois auprès de Shuliy Factory.

Avec une capacité de production impressionnante de 800 à 1 000 kg/h, ces machines ont été spécifiquement choisies pour faciliter la production et la vente de charbon de bois pour barbecue de haute qualité.

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En conclusion, le continu Carbonisation Furnace est un modèle d’innovation dans le domaine de la production durable de charbon de bois. Son processus continu, sa conversion efficace de la biomasse et son fonctionnement respectueux de l'environnement en font un atout indispensable pour les industries à la recherche de pratiques plus écologiques.

De plus, nous sommes fiers de proposer deux autres modèles de fours de carbonisation : le Four de carbonisation de levage et le Four de carbonisation horizontal.

Chaque modèle offre des fonctionnalités uniques pour répondre aux divers besoins en matière de production de charbon de bois et de solutions énergétiques durables. Découvrez notre gamme de fours de carbonisation et révolutionnez dès aujourd’hui votre approche de la production de charbon de bois.