How Do You Carbonize Coconut Shells?

In foreign countries, especially in Southeast Asia, countries and places where coconuts are abundant. Every year, a large number of discarded coconut shells are thrown away. In fact, what most people do not know is that coconut shells can achieve waste use. Turn waste into treasure. Coconut shell activated carbon is commonly used as an adsorbent and catalyst carrier. It is usually obtained after carbonisation pyrolysis treatment using coconut shells. The profit thus obtained is very objective. Coconut shell carbonisation furnace comes into being.

How Do You Carbonize Coconut Shells?

Firstly, choose good quality coconut shells as raw material. Coconut shells should ensure that there are fewer impurities or even no impurities. Or it can be processed with preliminary cleaning and crushing. The surface area of the period is more reactive. To first pre-treatment of coconut shells sent to the coconut shell carbonisation furnace. Carbonisation is achieved under high temperature and poor oxygen conditions. Carbonation temperature should be maintained at: 400~800℃. The carbonisation time should be decided according to the nature of different types of coir and the type of coir carbonisation furnace. The carbonisation time is determined according to the size of the furnace. When the carbonisation is finished and then cooled. The coconut shell can then be turned into coconut shell activated carbon. Then it will be crushed and sorted to remove the granularity that is too big or too small. Get the activated carbon products that meet the requirements. According to the specific needs of customers. Further processing after carbonisation of coconut shell. For example: drying, acid washing, water washing and so on. Remove activated carbon impurities and adjust surface properties.

How Do You Carbonize Coconut Shells?

It should be noted that: each manufacturer has different requirements for coconut shell activated carbon. The quality and performance of activated carbon will directly affect its use. Therefore for different carbide materials. Relative adjustments should be made. For example: the nature of raw materials, carbonisation conditions, activation methods and other factors. According to the use and requirements. Select the appropriate coconut shell carbide material. Thus, it can be re-processed. Improve the adsorption effect and service life of its activated carbon.