Studying the effect of reactor type on the efficiency of the prepared activated carbon From the wood of the lead tree by chemical treatment

The research Aims to study the effect of the type of reactor (rust-resistant iron, Cupper, Aluminum, pyrex, tin-galvanized iron, pottery) on the properties of activated carbon prepared from the wood of the Lead Tree, after conducting a primary carbonization process for wood at a temperature of (350C) ,for a period of (3 hours) and after The carbonated substance is treated with potassium hydroxide in a ratio of (1:1) (potassium hydroxide: the carbonated substance), and then the carbonization and activation process takes place at a temperature of
(25 +550C) for 2 hours,
after which the activated carbon prepared in the various reactors is purified and then a process is carried out Evaluation of the prepared activated carbon such as (Iodine number, methylene blue dye, moisture , density, ash content) and comparison of the results obtained from the use of different reactors.