How to Make Charcoal from Coconut Shells?
- By zhou qi
- •
- 22 Sep, 2020
Today there are a variety of charcoal making machine manufacturers
that utilize raw materials for example rice husk, plant materials, and coconut shells. Thecoconut charcoal making machinehave solved the matter of an environmentally friendly way to recycle coconut shells as well as to convert this particular rich raw material into numerous economic advantages.
Coconut Shell Charcoal Making Process
The coconut charcoal making machine comes equipped with a double-layer furnace, a dust collector, a air conditioning, condenser system, and more. Today there are a number of numerous raw materials like coconut shells, straw, wood chips, branches, peanut shells, rice husks and more that are used for producing high-quality charcoal. Listed here is a description in the production processes involved with how coconut shell charcoal is made.
Ahead of the carbonizing phase of the coconut shells, pretreatment tools are within the production line consisting of a dryer ad crusher. The coconut shells are cracked into small pieces which are below 20 mm. The dryer is additionally used to ensure the moisture content from the raw materials is below 20%.
From here the raw materials are prepared to the biochar production process. The carbonization furnace with this machinery is the most important part of the process. Inside the production line, a conveyor is commonly used for transporting processed materials right into a carbonization furnace. Coal or wood can be used as being a fuel at the end on this furnace so that you can produce pressure and temperature that is certainly sufficient to initiate carbonization. When the furnace has reached a temperature of about 280℃, the raw materials break up into charcoal, wood vinegar, wood tar, and combustible gas.
The charcoal will be sent to the cooling system where the temperature of your end product reduces to around 30℃ meaning it is now safe being discharged and directly collected. The combustible gas produced from the process also plays a part in the full production process as being the gas is recycled to be able to provide heat for the furnace, after the gas went throughout the dust collector where it is actually purified. This not just reduces the need for traditional fuels but in addition assists with protecting the environment when it comes to air pollution.
Benefits Associated With The Coconut Shell Making Machine
•The newest designs in continuous carbonization furnace have assisted with greatly reducing the carbonization time and the cooling time for your charcoal, that has increased the entire working efficiency connected with making charcoal.
•The conveyor, dryer, and crusher used in the development collection of a coconut shell charcoal making machine have came to an automatic-manufacture of coconut shell charcoal.
•The conclusion product like coconut-shell charcoal is probably the best raw materials to produce activated carbon, which is often used widely in many different industries.
There are a number of benefits to the charcoal from coconut shells. In the first place, this an eco-friendly product which hails from natural and sustainable resources. This content of lignin is around 26.5%, while ash content articles are around .6%, which assists with easily turning the coconut shells into briquettes.
Coconut Shell Charcoal Making Process
The coconut charcoal making machine comes equipped with a double-layer furnace, a dust collector, a air conditioning, condenser system, and more. Today there are a number of numerous raw materials like coconut shells, straw, wood chips, branches, peanut shells, rice husks and more that are used for producing high-quality charcoal. Listed here is a description in the production processes involved with how coconut shell charcoal is made.
Ahead of the carbonizing phase of the coconut shells, pretreatment tools are within the production line consisting of a dryer ad crusher. The coconut shells are cracked into small pieces which are below 20 mm. The dryer is additionally used to ensure the moisture content from the raw materials is below 20%.
From here the raw materials are prepared to the biochar production process. The carbonization furnace with this machinery is the most important part of the process. Inside the production line, a conveyor is commonly used for transporting processed materials right into a carbonization furnace. Coal or wood can be used as being a fuel at the end on this furnace so that you can produce pressure and temperature that is certainly sufficient to initiate carbonization. When the furnace has reached a temperature of about 280℃, the raw materials break up into charcoal, wood vinegar, wood tar, and combustible gas.
The charcoal will be sent to the cooling system where the temperature of your end product reduces to around 30℃ meaning it is now safe being discharged and directly collected. The combustible gas produced from the process also plays a part in the full production process as being the gas is recycled to be able to provide heat for the furnace, after the gas went throughout the dust collector where it is actually purified. This not just reduces the need for traditional fuels but in addition assists with protecting the environment when it comes to air pollution.
Benefits Associated With The Coconut Shell Making Machine
•The newest designs in continuous carbonization furnace have assisted with greatly reducing the carbonization time and the cooling time for your charcoal, that has increased the entire working efficiency connected with making charcoal.
•The conveyor, dryer, and crusher used in the development collection of a coconut shell charcoal making machine have came to an automatic-manufacture of coconut shell charcoal.
•The conclusion product like coconut-shell charcoal is probably the best raw materials to produce activated carbon, which is often used widely in many different industries.
There are a number of benefits to the charcoal from coconut shells. In the first place, this an eco-friendly product which hails from natural and sustainable resources. This content of lignin is around 26.5%, while ash content articles are around .6%, which assists with easily turning the coconut shells into briquettes.
