Effect of Iron Trichloride Catalyst on the Reaction Yield and Product Composition of Benzene Chlorination

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Shams Nateri Mohammad Mehdi; Ghafoori Moteza; Asadi Sajad; Alimohammadi Hamid

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Journal Paper

Paper Information

Journal: ORGANIC CHEMISTRY RESEARCH Year:2023 | Volume:9 | Issue:1 Page(s): 50-55

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Information Journal Paper

Title

Effect of Iron Trichloride Catalyst on the Reaction Yield and Product Composition of Benzene Chlorination

Author(s)

Shams Nateri Mohammad Mehdi | Ghafoori Moteza | Asadi Sajad | Alimohammadi Hamid | Issue Writer Certificate

Keywords

chlorination

Monochlorobenzene

Liquid phase

Catalyst

Iron trichloride

Abstract

Chlorobenzene is directly used in chemical reactions as a precursor for the manufacture of chemicals, pigments, pesticides or solvents for oil, wax, resin, rubber and is prepared in different ways in liquid phase or gas phase. The gas phase is less common in industry due to its high temperature and low efficiency because it makes the reaction uncontrollable and leads to the formation of other chlorinated products. The choice of a catalyst can not only affect the rate of a chemical reaction, but can also sometimes control the nature of the products. In this research, experimental studies on the liquid phase of benzene chlorination in batch wise process are carried out. The effect of the amount of catalyst with constant mass flow on the efficiency of chlorination products was investigated. It was observed that of the amount of 0.13 mol %, by increasing the amount of the catalyst up to 0.25 mol %, the yield of the product (chlorobenzene) and the percentage of the progress of the reaction it gradually increases and then decrease.

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