Weiwa - Hoisting Carbonization Furnace

What is Hoisting Carbonization Furnace?

Hoisting carbonization furnace is separated from the combustion chamber, and a movably installed carbonization liner is used. One furnace body is equipped with three carbonization liners to achieve continuous operation.

Hoisting carbonization furnace can carbonize the machine-made rods produced by the charcoal machine, and can also directly carbonize raw wood, wood blocks, tree bark, coconut shell, logs, wood blocks, tree bark and other raw materials.

Raw materials of hoisting carbonization furnace

The hoisting charcoal furnace is suitable for large pieces of material, such as logs, wood chunks, wooden furniture trimmings, biomass briquettes, coconut shells, twigs, etc. It is ideal for customers who want to obtain large pieces of charcoal. (If your raw material is less than 3cm, you can choose our continuous carbonization furnace.)

Basic Structure

The main structure of the vertical carbonization furnace is the hanger, the outer tank, the inner furnace, the combustion chamber, the vent pipe for combustible gas circulation and the flue gas purification system. The inner furnace is the main carbonization chamber. The shell and inner liner of the charcoal making kiln are made of good quality steel, and the inner liner has a layer of refractory bricks and high-temperature resistant rubber.

• The three inner furnaces can be used cyclically, which can be continuous.
• The inner furnace has a large volume, and can be loaded with 1.5 tons-2 tons of machine-made rods at a time.
• The carbonization cycle is short, once every 8 hours, and the output is high.
• The new five-stage purification device, leading the industry, can be environmentally friendly and smoke-free.
• Combustible gas recovery device saves fuel.
• There are various heat sources, such as wood, coal, and natural gas.

When hoisting carbonization furnace is working, put the materials that need to be carbonized into the inner furnace and hoist them into the outer furnace; after sealing, conduct anaerobic heating and pyrolyze into combustible gas, tar and carbon through moisture removal;

The gas produced in the process passes through The flue gas purification device is used to achieve smokeless emission; the combustible gas is collected and burned at the bottom of the furnace body to be used as a subsequent heat source.