Coconut Shell Charcoal Making Process
When you consider the quantity of coconut shell waste that is produced because of small, and massive coconut process, you may appreciate what size of the problem managing coconut shell waste might be. However, once this waste is transformed into a resource that has utility and will generate money, the entire procedure for coconut shell waste management becomes a much simpler and profitable endeavor. The coconut shell charcoal production equipment is amply able to do this. This machine can turn the otherwise waste biomass in to a material with utility – charcoal and also other useful products.
The first step in turning the shells into charcoal is always to crush and dry and dry them. The crushing process is meant to lessen the shells into small particles that are really easy to process. As such, the shells are crushed by a machine and reduced to 50mm pieces. As for the drying, reducing the moisture content from the shells to less than 20% makes it simple to process the shells. For this end, they may be fed right into a dryer.
After crushing and drying, the information is fed in to the carbonization chamber/furnace. Herein, the shells are taken throughout the pyrolysis process, where they may be heated to some high temperature in the somewhat oxygen-free environment. Consequently, the organic material is transformed into coal. Other by-products of the process include combustible gas.
The charcoal from coconut shell is taken using a air conditioning where heat exchange system really helps to cool the charcoal to as low as 30℃. The temperature extracted is returned towards the carbonization chamber to heat the next batch of shells. However, the gas is taken by way of a dedusting system, where every one of the dust is collected from your combustible gas. At this time, the gas might be collected in readiness for selling or you can use it as being an power source for running the carbonization chamber.
Products And Their Uses
As stated before this process yields the desired charcoal. This device can and is employed for cooking (think of barbecuing), fuel for furnaces, or raw material in the creation of active carbon. The gas produced, as pointed out above, could be sold or utilized in the carbonization of subsequent batches of shells. Finally, the procedure produces tar and wood vinegar. These items have utility inside the industrial sector.