Applied Chemical Engineering

Estimation of a higher probability collision for chemical reaction model

Ibrahim A. Altuwair

Department of Chemical and Materials Engineering, Collage of Engineering, Northern Border University, Arar, 91431, Saudi Arabia

DOI: https://doi.org/10.59429/ace.v8i1.5610

Keywords: chemical; collision; probability; reaction; rate; kinetic

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Abstract

The paper explained and estimated collision probability for chemical reaction modeling in detail. To define the risk of a chemical process, it is vital to determine the probability of an event occurrence. Characterize the collision probability that a molecule may encounter along its lifetime. This characterization is intended to define a methodology to compute the associated collision.  Analyzing the characteristics of data sets by the statistical method in regards to the main aspects relates to collision probability. An investigation of the impact of these features addressed. Approaches based on Minitab presented and status of particle collision probability determined mathematically. Results showed the status of collision probability based on the correlation of kinetic energy and rate of reaction associated with envisaged encounters. A comparison was made to define the best fit model. The study recommended accepted levels of collision probability for the occurrence of the chemical reaction.

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