Continuous carbonisation furnace is a new type of efficient and environmentally friendly charcoal making equipment. It can dry distill and anaerobically carbonise wood chips, bamboo chips, nut shells, peanut shells, coconut shells, palm kernel shells, rice husk and other kinds of charcoal materials as well as coal materials through the continuous charcoal material, with a high rate of carbon production continuous carbonisation equipment. It can be used for large-scale production of rice husk charcoal, coconut shell charcoal and so on. Continuous carbonisation furnace is the main equipment for various specifications of charcoal briquette production line.
The flammable gases such as carbon monoxide, methane and oxygen produced during the conversation are recovered, purified and re-combusted to provide heat source. It solves the problem of thick smoke on the environment during the charring process of the charcoal furnace. It also solves the energy needed for the operation of the equipment. It improves the continuity of the whole day equipment. Continuous carbonisation furnace is mainly composed of: feeding device, carbonisation furnace, discharging machine, conveyor, spray tower, cooling room, second combustion room, dust collector, activated charcoal adsorption, UV photo-oxygenation and so on. It can be equipped with automatic PLC control system.
Raw Materials
The continuous charring furnace has a wide range of applications. It can carbonise and pyrolyse biomass or metal materials. Applications: wood mill waste, plastic waste, paper mill waste, medical waste, solid waste, etc.
Advantageous
1. High carbonisation rate, high production capacity and large output.
2. The furnace body is made of special high temperature metal steel. It has the following features: sturdy and durable, good heat preservation, good carbonisation effect, high temperature resistance, etc.
3. Adopting new innovative structure. Full combustion of combustible gas. Recyclable gas, self-sufficient.
4. the furnace body adopts double-layer structure design, the inner layer can physically pre-carbonise the material, and the outer layer structure can carbonise the material at high temperature.
5. The equipment adopts more intelligent design concept, low failure rate, convenient maintenance, less downtime.
6. The continuous charring furnace can feed and discharge the material at the same time. Achieve 24 hours continuous charring.
Technological Process
Vibrating feeder is using the eccentric block in the vibrator to rotate to produce centrifugal force. Make the movable parts such as screen compartment and vibrator make forced continuous circular or nearly circular motion. Vibrating feeder is composed of feeding trough body, exciter, spring support, transmission device and so on. The vibration source of the trough vibrating feeder is the exciter, which is composed of two eccentric shafts (active and passive) and gears. By the motor through the triangle belt drive the active shaft, and then by the active shaft on the gear meshing passive shaft rotation. The main and passive shafts rotate in opposite directions at the same time, which makes the trough body vibrate and make the materials flow continuously. To achieve the purpose of conveying materials.
Victor Machinery offers a full range of carbonizing furnace products. Including: continuous carbonization furnace, biomass carbonization furnace, waste carbonization furnace, sludge carbonization furnace, coconut shell carbonization furnace, etc. Customized solutions are available free of charge.
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Wood carbonisation, refers to the decomposition of raw wood at high temperatures into: carbon and gases. It is a common pyrolysis process. Wood is converted to carbon at specific temperatures. The temperature at which wood is carbonised varies with the type of wood, humidity, heating rate and other factors.
Charcoal is treated at high temperatures to form a special material: carbonised wood. The physical and chemical properties of the wood are changed. Quality and hardness are gained The wood is placed in a wood carbonisation oven and heated to a high charring temperature. The moisture and organic matter in the wood are made to pyrolyse.
Wood decomposes at high temperatures into three substances: solid carbon, liquid and gaseous. This is often called: pyrolysis of wood. On the pyrolysis of its wood pyrolysis temperature plays a crucial role. Pyrolysis temperature is the key point of wood heating decomposition.
Biomass charcoal as an important energy source. It is widely used in various industrial fields. So choosing the right carbonisation furnace is crucial for producing high quality biomass charcoal. So what are the three types of carbonisation furnace?
I believe that those who have some knowledge about the charcoal furnace. Indirect furnace and continuous carbonisation furnace will also have some understanding. Today specifically analyse the difference between the two…
Coconut shell activated carbon is commonly used as an adsorbent and catalyst carrier. It is usually obtained by carbonisation pyrolysis process using coconut shells. The profit thus obtained is very objective. Coconut shell carbonisation furnace came into being.
The paint is removed from the surface of the cans and pure aluminium metal is recovered. The pyrolysed aluminium can be sold at a very good price. Therefore, many scrap yard owners are thinking about how to remove paint from can shells?
However, the charring time is long and the production efficiency is low. It can not be operated continuously. At present, the new carbonisation process adopts continuous biomass carbonisation furnace.
In the previous article. I believe you have a certain understanding of the carbonisation furnace. It has a wide range of applications in the field of biomass energy industry. Therefore the design of the carbonisation furnace involves many factors and links.
Carbonisation furnace is improved to mechanism furnace according to the working principle of earth kiln. Compared with the traditional kiln is more advanced, environmental protection, energy saving and so on.
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