Catalytic Treatment To Purify Mishraq Crude Sulfur From Bituminous Impurity

Section: Research Article

Abstract

        The catalytic reaction unit (reactor) is an essential component of any industrial unit. The correct selection and design of this part of the project affects the success of the entire industrial unit while transferring the laboratory experiment of the proposed sulfur purification method (thermal catalytic method) from the limited laboratory quantity to the industrial scale. In such a case, the information available is rather limited and is mostly determined by detection and comparison. It makes the use of a trigger in the process more difficult because it increases the number of variables that must be taken into account. This study examines the catalytic effect of metallic salt, which has a positive and significant impact on the operational conditions of the reaction. A high percentage of purity of sulfur was obtained by isolating it from hydrocarbons by choosing the best conditions for the added catalyst, such as temperature, concentration, and time. The catalytic pattern of the material was deduced through a number of experiments and measurements using Scanning electron microscope, Infrared spectrum and thermogravimetric analysis. Comparing the emission of hydrogen sulfide gas with previous methods and the catalytic method.

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