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Continuous Carbonization Pyrolysis Equipment

Continuous carbonization pyrolysis equipment can convert organic waste materials such as wood and straw into biochar, serving as an alternative energy source or soil amendment. This reduces reliance on traditional energy sources and mitigates organic waste pollution to the environment.

Product Description

Continuous carbonization pyrolysis furnace can convert organic waste materials such as wood and straw into biochar, serving as an alternative energy source or soil amendment. This reduces reliance on traditional energy sources and mitigates organic waste pollution to the environment.
Energy Demand and Environmental Protection: With increasing energy demand and concerns about environmental pollution, finding alternative and cleaner energy production methods becomes crucial.
Carbon Cycle and Climate Change: Carbonization furnaces can facilitate the carbon cycle by converting atmospheric carbon dioxide into solid carbon stored in the soil, helping to mitigate climate change.
In summary, the background of a carbonization furnace project encompasses energy demand, environmental protection, rural development, climate change, and sustainable development, aiming to address organic waste management issues, reduce carbon emissions, foster economic development, and improve environmental quality.

Raw Material

Biomass Raw Material

Biomass raw materials such as coconut shells, wood chips, palm shells, sawdust, rice husks, plant straw, bamboo, peach kernel shells, etc.

Solid Waste Raw Material

Sludge Raw Material

Final Product

Flow Chart

Continuous Carbonization Furnace is a kind of machine can continuously make raw material to be charcoal, the workflow of machine is as followings:
Material Conveyance: Materials are typically fed into the continuous carbonization furnace in granular or block form. The materials enter the top of the carbonization furnace through a conveying system such as a conveyor belt.
Preheating and Drying: Before entering the carbonization furnace, the materials usually undergo preheating and drying to remove excess moisture.
High-Temperature Carbonization: The design of the carbonization furnace typically includes a collection system to effectively gather and separate the carbonized products.
Heat Recovery: In a continuous carbonization furnace, the heat released during the carbonization process is often recovered and utilized for preheating the materials or supplying other heating equipment.
Waste Gas Treatment: The waste gases generated during the carbonization process may contain harmful substances and therefore require treatment to meet environmental requirements.

Product Advantages

1. Reasonable layout, stable performance, lower noise.
2. High degree of automation, use PLC control system to test the temperature, pressure and speed of the main furnace.
3. Inspection function, when machine working, here will have many temperature detection and pressure detection points.

Technical Parameter