Rob. J. Berger, E. Hugh Stitt
This paper discusses the significant role of chemical reaction kinetics in the design and operation of chemical reactors, which are essential components in various chemical processes. The objective is to present a comprehensive overview of reaction kinetics, focusing on its practical applications in industrial settings. The methodology includes an analysis of data acquired through an extensive questionnaire circulated among European chemical companies and universities, highlighting the conservative nature of existing methods and the potential for enhancing these practices. Results demonstrate the necessity for improving kinetic modeling and experimentation approaches, outlining key recommendations for selecting appropriate experimental reactors and conditions. The paper provides case studies illustrating good practices in kinetic modeling while addressing common pitfalls and offering future perspectives on industrial reaction kinetics. Conclusively, it emphasizes the need for an updated skill base and knowledge framework, essential for advancing the field of kinetic studies in a rapidly evolving industry.
@article{fadcecce-4eb0-4f71-864b-388e5635f9c9,
title={Chemical reaction kinetics in practice},
author={Rob. J. Berger and E. Hugh Stitt},
year={2001},
language={en}
}TY - JOUR TI - Chemical reaction kinetics in practice AU - Rob. J. Berger AU - E. Hugh Stitt PY - 2001 LA - en ER -
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