Study of chemical synthesis through micro-reactor in terms of kinetic analysis & process intensification

Now days essential & very significant concept under process technology & chemical engineering has been ‘process Intensification’ that is being used to deliberately integrate different phenomenon or operations. The chemicals has been utilized under system are assumes such that each molecule i...

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Bibliographic Details
Main Authors: Razzaq, Ghassan Hassan Abdul, Humadi, Jasim I., Jafar, Saad A.
Format: Conference Proceeding
Language:English
Subjects:
Acetic acid
Amberlite (trademark)
Chemical engineering
Chemical synthesis
Microreactors
Process intensification
Reaction mechanisms
Reactor technology
Selectivity
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Summary:Now days essential & very significant concept under process technology & chemical engineering has been ‘process Intensification’ that is being used to deliberately integrate different phenomenon or operations. The chemicals has been utilized under system are assumes such that each molecule is provided with the same processing experience thus yielding increased productivity due to high selectivity. Micro-reactor technology (MRT) has been part regards process intensification for minimizing equipment size, energy reduction & waste production. MRT under association with cavitations opens up a whole range of possibilities. The current investigation also deals with the study of the preparation of per acetic acid (PAA) & Performed acid (PFA). The formation of PAA & PFA was studied in a batch reactor undercurrent of ultrasonic irradiations using Amberlite IR-120H catalyst. Reaction mechanism of synthesis & hydrolysis of both compounds was also studied. The rate of intrinsic reaction constants & equilibrium constant were estimated through validated data.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0108769