A Great Device For Making Charcoal – Palm Kernel Shell Carbonization Machine

The palm kernel shell carbonization machine is a great device for making charcoal. Palm kernel shells are used as a form of biomass material and it has been known for having a relatively high fuel value. In essence, when carbonized, the kernel shells are turned into charcoal and it has a number of applications within different fields. Manufacturers have made the machines into the continuous form with advanced technology where they are utilized for creating combustible gas, charcoal, vinegar, and wood tar. Our article features some more information on the palm kernel shell charcoal making machine.

These machines have become widely popular all around the world and they are being widely used due to the series of advantages that they possess. View charcoal production equipment for the specifications of this kind of machine. Some of these advantages can be seen as follows:
*Low startup cost
*No pollution is produced
*The carbonization process occurs quickly
*Overall output is large
*Operations are made simple
*Energy is easily saved
*The carbonization process is quite advanced
*Produced charcoal is of a superior quality
*Maintenance is convenient and quite easy to undergo

The main parts of the palm kernel shell carbonization machine are as follows:
*Spiral conveyer
*Belt conveyer
*Carbonization furnace
*Water cooling discharge machine
*Return type drying machine
*Flue gas cooling machine
*Dust collector

Due to the moisture content of the raw materials, some of them should be dried. The typical moisture content of palm shells is between 12% and 6%. As the temperature increases during the drying phase, the carbonization process starts after moisture has evaporated. After the desired time and temperature of roughly 60 minutes and 600 degrees C, the process is completed. Get charcoal making machine price here.

Additionally, due to the extreme strength and density of the palm shells, the final temperature of the process will be over 600 degrees C. When the temperature rises higher, the overall reaction time for the carbonization process decreases. The process occurs within the furnace where the shells are then discharged and cooled. The final product contains roughly 90% carbon, 5% water, and 5% ash and it possesses a caloric value between 6500 kcal and 7900 kcal.

When it comes to using the final product, palm shell charcoal is usually further processed into activated carbon. It is then used for decolorization within industrial processes as well as air cleaning, and water purification. In essence, it is a much better absorbent when compared to others hence making it much better at the purification job.

However, due to the varied organics which revolve around moisture and biomass components, various carbonization machine contain a series of different parameters. The furnace is also never created to produce below 700 degrees C. When the output is larger, the speed of the process is quite fast; this leaves the entire operation to cost much less than what it would have at a smaller amount.

As we conclude, we have just looked at some important information about the palm kernel shell carbonization machine. We have also looked at some technical details of the process and various parameters that need to be followed. Additionally, manufacturers can easily customize machines to suit the individual needs of buyers and they ensure that they always have a team of engineers available!