Titlebook: Applying Multiple-Reaction Stoichiometry to Chemical Reactor Modelling; Guillermo Fernando Barreto,Carlos Daniel Luzi Book 2024 The Editor

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https://doi.org/10.1007/978-3-031-42375-8Chemical Engineering; Chemical Reaction Engineering (CRE); Treatment of chemical reactions; Stoichiomet

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978-3-031-42377-2The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerl

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W. V. Maresch,P. Blümel,W. Schreyer courses, as it minimises the need to invoke linear algebra concepts. The possibility of applying the proposed procedure to other stoichiometric issues, such as the analysis of complex reaction mechanisms, is also discussed.

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Book 2024ore intricate reaction systems and detailed models. Moreover, the book presents a simplified procedure that minimizes the reliance on complex linear algebra techniques, making the book accessible to a wider range of readers..

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Use of Stoichiometric Relationships in Simple Reaction Systems, first discriminated and their application is then shown for the treatment of customary problems and concepts typically undertaken in introductory CRE courses. Limitations arising in the study of semi-batch reactors are finally discussed.

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,Use of the Stoichiometric Relationships in Complex Reaction Systems—Reaction Invariants, the presence of permeable walls (e.g., membrane walls). Specific situations of practical interest are identified that do allow the existence of reaction invariants. Possible advantages of using stoichiometric relationships for the solution procedure of the mass conservation equations are also discussed.

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W. V. Maresch,P. Blümel,W. Schreyer first discriminated and their application is then shown for the treatment of customary problems and concepts typically undertaken in introductory CRE courses. Limitations arising in the study of semi-batch reactors are finally discussed.