How to make charcoal from coconut shell

Activated carbon has a variety of application is industrial production for example in smelting, chemical production and others. Coconut shell charcoal is one of the core materials of activated carbon. Coconut shell charcoal making involve carbonation, that is a crucial process for making charcoal briquettes. On this page, we discuss making charcoal from coconut shell carbonizing machine.

Charcoal Carbonization process:

Charcoal carbonization process can be divided into three different stages, such as:

i. Briquettes Drying Stage:

Charcoal carbonation starts with drying where temperature for drying is raised to 160 allowing biomass sticks moisture to evaporate steadily. This stage mainly is dependent upon the heating resources and independent burning value. No chemical changes happen at this point.

ii. Initial Carbonization Stages:

This stage employs briquettes burning to boost the temperature from 160 to 280. The goal of this stage would be to have a thermal deposition. During this period, hemicellose is decomposed into CO2, CO and quantity of acetic acid.

iii. The great Carbonizing Stage:

Hot temperature is used from 300 to 650 to achieve a radical decomposition of biomass materials. Biomass materials fully decompose to produce much acetic acid, woo tar and carbinol and also combustible gasses that include ethylene and methane. The combustible gas is recycled in the furnace while biomass briquettes are distilled into charcoal.

Popular features of an excellent carbon from coconut shell carbonizing machine:

Coconut shell carbonizing machine adopts self-ignition principles to decompose raw material into combustible gas, charcoal and wood tar. The machine uses pyrolysis gas that may be sufficient to maintain the whole process of carbonization in making the charcoal. The operation is self-heating, and in this instance, the source of gas for the carbonization process could be the coconut shell. You can create charcoal from coconut shell carbonizing machine using carbonize wood, biomass, logs, fruit shell, biomass briquettes, bamboo etc. The carbonization machine features easy operation, high quality, no smoking, etc.

· The carbonization machine feature advanced thermal current technology that improve carbonization rate from about 80% to around 99%.

· It will include a furnace with effective volume that range from 3m3, 5m3, 6m3, 8m3 and each model may be customized.

· Where carbonizing minute rates are a lot more than 50%, the finished product is a bit more than 95%.

Determing the best Carbonization Stove:

To create charcoal from coconut shell carbonizing machine http://carbonationmachine.net/coconut-shell-charcoal-making-machine/, you ought to get the best carbonization stove that come with the effective carbonization technology and carbonization furnace. You should choose a cost-effective machine that fits your financial allowance, capacity and condition. Here is some benefit of after the steel plate carbonization furnace.

Attributes of Steel Plate Carbonization machine:

- Offers good sealed performance

- Tougher

- Better refractoriness and if the combustion chamber feature insulating bricks, the refractoriness will be as high as 500 . And from furnace chamber that are made from high temperature castable, the refractoriness will be as high as 1300 and is used in making pyrocarbon.

- Faster ignition, even air inlet as well as the furnace temperatures are adjustable.

Limitation:

The principle limitation of the model is its high building cost and transportation cost. However, for high production, this the very best recommended making machine.