Introduction of phosphoric acid activated carbon in fruit shell

Phosphoric acid method is a common method used for the production of activated carbon from agricultural waste materials such as coconut shells. The process involves the impregnation of the raw material with phosphoric acid followed by a controlled carbonization process.

The resulting activated carbon has a high surface area and is highly porous, which makes it an excellent adsorbent. It can be used in a variety of applications including water treatment, air purification, and soil remediation.

In addition to its adsorption properties, activated carbon produced by the phosphoric acid method has several other advantages. For example, it is environmentally friendly as it makes use of agricultural waste materials that would otherwise be discarded. It is also cost-effective as the raw materials are readily available and the production process is relatively simple.

Moreover, the production of activated carbon from agricultural waste materials has the added benefit of providing farmers with an additional source of income. By selling their agricultural waste materials for use in the production of activated carbon, farmers are able to earn additional income and decrease their waste disposal costs.

In conclusion, the production of activated carbon using the phosphoric acid method is a positive and worthwhile endeavor. It not only provides an important product for various industries, but also has social, economic, and environmental benefits.